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## Table of Contents

Table of Contents ................................................................................................

.................................... 2 Table of Figures ................................................................................................

...................................... 3 I. Introduction ................................................................................................

..................................... 11 II. Run Control ................................................................................................

..................................... 13 III. PRELHS Input Files ....................................................................................................................... 13 IV. LHS Output files ................................................................................................ ............................. 13 V. Imposing Additional Limits on Some Variables ............................................................................ 14 VI. Summary and Conclusions ................................

............................................................................. 15 VII. References ................................................................................................

.................................. 16 Appendix I. Input file to PRELHS for Replicate 1 ............................................................................. 108 Appendix II. Input file to PRELHS for Replicate 2............................................................................ 113 Appendix III. Input file to PRELHS for Replicate 3 .......................................................................... 119 Appendix IV. PRELHS Output (Transfer) File for Replicate 1 ......................................................... 124 Appendix V. PRELHS Output (Transfer) File for Replicate 2 ................................ ........................... 131 Appendix VI. PRELHS Output (Transfer) File for Replicate 3 ......................................................... 138 Appendix VII. Comparison of Sampled Data to Expected Range ...................................................... 145 Appendix VIII. LHS_EDIT ................................

................................................................................ 163 1.1. Description and Requirements ................................................................ ..................... 163 1.2. Platform and Source Code Description ........................................................................ 163 1.3. Usage ................................................................................................ ............................ 164 Files ................................................................

..................................................................... 164

Execution ................................................................................................ ............................ 164

1.4. Testing of LHS_EDIT ................................

.................................................................. 164 Test Procedure ................................................................................................ .................... 164
Acceptance Criteria ............................................................................................................. 168

Evaluation ................................................................................................ ........................... 168

1.5. Source Code ................................................................................................................. 168Page 

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## Table of Figures
Figure 1. Observed and Expected CDFs for AM+3:MKD_AM (Loguniform Distribution) Replicate 1. ................................................................

................................................................... 17 Figure 2. Observed and Expected CDFs for BH_SAND:PRMX_LOG (Uniform Distribution) Replicate 1. ................................................................

................................................................... 17 Figure 3. Observed and Expected CDFs for BOREHOLE:DOMEGA (User Continuous Distribution) Replicate 1. .............................................................................................................. 18 Figure 4. Observed and Expected CDFs for BOREHOLE:TAUFAIL (Loguniform Distribution) Replicate 1. ................................................................

................................................................... 18 Figure 5. Observed and Expected CDFs for CASTILER:COMP_RCK (Triangular Distribution) Replicate 1. ................................................................

................................................................... 19 Figure 6. Observed and Expected CDFs for CASTILER:PRESSURE (Triangular Distribution) Replicate 1. ................................................................

................................................................... 19 Figure 7. Observed and Expected CDFs for CASTILER:PRMX_LOG (Triangular Distribution) Replicate 1. ................................................................

................................................................... 20 Figure 8. Observed and Expected CDFs for CONC_PLG:PRMX_LOG (Uniform Distribution) Replicate 1. ................................................................

................................................................... 20 Figure 9. Observed and Expected CDFs for CULEBRA:APOROS (Loguniform Distribution) Replicate 1. ................................................................

................................................................... 21 Figure 10. Observed and Expected CDFs for CULEBRA:DPOROS (User Continuous Distribution) Replicate 1. .............................................................................................................. 21 Figure 11. Observed and Expected CDFs for CULEBRA:HMBLKLT (Uniform Distribution) Replicate 1. ................................................................

................................................................... 22 Figure 12. Observed and Expected CDFs for CULEBRA:MINP_FAC (Uniform Distribution) Replicate 1. ................................................................

................................................................... 22 Figure 13. Observed and Expected CDFs for DRZ_1:PRMX_LOG (Uniform Distribution) Replicate 1. ................................................................

................................................................... 23 Figure 14. Observed and Expected CDFs for DRZ_PCS:PRMX_LOG (Triangular Distribution) Replicate 1. ................................................................

................................................................... 23 Figure 15. Observed and Expected CDFs for GLOBAL:CLIMTIDX (User Continuous Distribution) Replicate 1. .............................................................................................................. 24 Figure 16. Observed and Expected CDFs for GLOBAL:OXSTAT (Uniform Distribution) Replicate 1. ................................................................

................................................................... 24 Figure 17. Observed and Expected CDFs for GLOBAL:PBRINE (Uniform Distribution) Replicate 1. ................................................................

................................................................... 25 Figure 18. Observed and Expected CDFs for GLOBAL:TRANSIDX (Uniform Distribution) Replicate 1. ................................................................

................................................................... 25 Fi gure 19. Observed and Expected CDFs for PCS_T1:PORE_DIS (User Continuous Distribution) Replicate 1. .............................................................................................................. 26 Figure 20. Observed and Expected CDFs for PCS_T1:POROSITY (Uniform Distribution) Replicate 1. ................................................................

................................................................... 26 Figure 21. Observed and Expected CDFs for PCS_T1:PRMX_LOG (Uniform Distribution) Replicate 1. ................................................................

................................................................... 27 Figure 22. Observed and Expected CDFs for PCS_T1:SAT_IBRN (Uniform Distribution) Replicate 1. ................................................................

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Figure 23. Observed and Expected CDFs for PCS_T1:SAT_RBRN (User Continuous Distribution) Replicate 1. .............................................................................................................. 28 Figure 24. Observed and Expected CDFs for PCS_T1:SAT_RGAS (Uniform Distribution) Replicate 1. ................................................................

................................................................... 28 Figure 25. Observed and Expected CDFs for PCS_T2:POR2PERM (Normal Distribution) Replicate 1. ................................................................

................................................................... 29 Figure 26. Observed and Expected CDFs for PCS_T2:POROSITY (Uniform Distribution) Replicate 1. ................................................................

................................................................... 29 Figure 27. Observed and Expected CDFs for PCS_T3:POROSITY (Uniform Distribution) Replicate 1. ................................................................

................................................................... 30 Figure 28. Observed and Expected CDFs for PHUMOX3:PHUMCIM (User Continuous Distribution) Replicate 1. .............................................................................................................. 30 Figure 29. Observed and Expected CDFs for PU+3:MKD_PU (Loguniform Distribution) Replicate 1. ................................................................

................................................................... 31 Figure 30. Observed and Expected CDFs for PU+4:MKD_PU (Loguniform Distribution) Replicate 1. ................................................................

................................................................... 31 Figure 31. Observed and Expected CDFs for S_HALITE:COMP_RCK (Uniform Distribution) Replicate 1. ................................................................

................................................................... 32 Figure 32. Observed and Expected CDFs for S_HALITE:POROSITY (User Continuous Distribution) Replicate 1. .............................................................................................................. 32 Figure 33. Observed and Expected CDFs for S_HALITE:PRESSURE (Uniform Distribution) Replicate 1. ................................................................

................................................................... 33 Figure 34. Observed and Expected CDFs for S_HALITE:PRMX_LOG (Uniform Distribution) Replicate 1. ................................................................

................................................................... 33 Figure 35. Observed and Expected CDFs for S_MB139:PORE_DIS (Student Distribution) Replicate 1. ................................................................

................................................................... 34 Figure 36. Observed and Expected CDFs for S_MB139:PRMX_LOG (Student Distribution) Replicate 1. ................................................................

................................................................... 34 Figure 37. Observed and Expected CDFs for S_MB139:RELP_MOD (User Discrete (Delta) Distribution) Replicate 1. .............................................................................................................. 35 Figure 38. Observed and Expected CDFs for S_MB139:SAT_RBRN (Student Distribution) Replicate 1. ................................................................

................................................................... 35 Figure 39. Observed and Expected CDFs for SHFTL_T1:PRMX_LOG (User Continuous Distribution) Replicate 1. .............................................................................................................. 36 Figure 40. Observed and Expected CDFs for SHFTL_T2:PRMX_LOG (User Continuous Distribution) Replicate 1. .............................................................................................................. 36 Figure 41. Observed and Expected CDFs for SHFTU:PRMX_LOG (User Continuous Distribution) Replicate 1. .............................................................................................................. 37 Figure 42. Observed and Expected CDFs for SHFTU:SAT_RBRN (User Continuous Distribution) Replicate 1. .............................................................................................................. 37 Figure 43. Observed and Expected CDFs for SHFTU:SAT_RGAS (Uniform Distribution) Replicate 1. ................................................................

................................................................... 38 Figure 44. Observed and Expected CDFs for SOLMOD3:SOLVAR (User Continuous Distribution) Replicate 1. .............................................................................................................. 38 Figure 45. Observed and Expected CDFs for SOLMOD4:SOLVAR (User Continuous Distribution) Replicate 1. .............................................................................................................. 39Page 

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Figure 46. Observed and Expected CDFs for SPALLMOD:PARTDIAM (Loguniform Distribution) Replicate 1. .............................................................................................................. 39 Figure 47. Observed and Expected CDFs for SPALLMOD:REPIPERM (Loguniform Distribution) Replicate 1. .............................................................................................................. 40 Figure 48. Observed and Expected CDFs for SPALLMOD:REPIPOR (Uniform Distribution) Replicate 1. ................................................................

................................................................... 40 Figure 49. Observed and Expected CDFs for SPALLMOD:TENSLSTR (Uniform Distribution) Replicate 1. ................................................................

................................................................... 41 Figure 50. Observed and Expected CDFs for STEEL:CORRMCO2 (Uniform Distribution) Replicate 1. ................................................................

................................................................... 41 Figure 51. Observed and Expected CDFs for TH+4:MKD_TH (Loguniform Distribution) Replicate 1. ................................................................

................................................................... 42 Figure 52. Observed and Expected CDFs for U+4:MKD_U (Loguniform Distribution) Replicate 1.

.................................................................................................................................................... 42 Figure 53. Observed and Expected CDFs for U+6:MKD_U (Loguniform Distribution) Replicate 1.

.................................................................................................................................................... 43 Figure 54. Observed and Expected CDFs for WAS_AREA:BIOGENFC (Uniform Distribution) Replicate 1. ................................................................

................................................................... 43 Figure 55. Observed and Expected CDFs for WAS_AREA:GRATMICH (Uniform Distribution) Replicate 1. ................................................................

................................................................... 44 Figure 56. Observed and Expected CDFs for WAS_AREA:GRATMICI (Uniform Distribution) Replicate 1. ................................................................

................................................................... 44 Figure 57. Observed and Expected CDFs for WAS_AREA:PROBDEG (User Discrete (Delta) Distribution) Replicate 1.

.............................................................................................................. 45 Figure 58. Observed and Expected CDFs for WAS_AREA:SAT_RBRN (Uniform Distribution) Replicate 1. ................................................................

................................................................... 45 Figure 59. Observed and Expected CDFs for WAS_AREA:SAT_RGAS (Uniform Distribution) Replicate 1. ................................................................

................................................................... 46 Figure 60. Observed and Expected CDFs for WAS_AREA:SAT_WICK (Uniform Distribution) Replicate 1. ................................................................

................................................................... 46 Figure 61. Observed and Expected CDFs for AM+3:MKD_AM (Loguniform Distribution) Replicate 2. ................................................................

................................................................... 47 Figure 62. Observed and Expected CDFs for BH_SAND:PRMX_LOG (Uniform Distribution) Replicate 2. ................................................................

................................................................... 47 Figure 63. Observed and Expected CDFs for BOREHOLE:DOMEGA (User Continuous Distribution) Replicate 2. .............................................................................................................. 48 Figure 64. Observed and Expected CDFs for BOREHOLE:TAUFAIL (Loguniform Distribution) Replicate 2. ................................................................

................................................................... 48 Figure 65. Observed and Expected CDFs for CASTILER:COMP_RCK (Triangular Distribution) Replicate 2. ................................................................

................................................................... 49 Figure 66. Observed and Expected CDFs for CASTILER:PRESSURE (Triangular Distribution) Replicate 2. ................................................................

................................................................... 49 Figure 67. Observed and Expected CDFs for CASTILER:PRMX_LOG (Triangular Distribution) Replicate 2. ................................................................

................................................................... 50 Figure 68. Observed and Expected CDFs for CONC_PLG:PRMX_LOG (Uniform Distribution) Replicate 2. ................................................................

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Figure 69. Observed and Expected CDFs for CULEBRA:APOROS (Loguniform Distribution) Replicate 2. ................................................................

................................................................... 51 Figure 70. Observed and Expected CDFs for CULEBRA:DPOROS (User Continuous Distribution) Replicate 2. .............................................................................................................. 51 Figure 71. Observed and Expected CDFs for CULEBRA:HMBLKLT (Uniform Distribution) Replicate 2. ................................................................

................................................................... 52 Figure 72. Observed and Expected CDFs for CULEBRA:MINP_FAC (Uniform Distribution) Replicate 2. ................................................................

................................................................... 5 2 Figure 73. Observed and Expected CDFs for DRZ_1:PRMX_LOG (Uniform Distribution) Replicate 2. ................................................................

................................................................... 53 Figure 74. Observed and Expected CDFs for DRZ_PCS:PRMX_LOG (Triangular Distribution) Replicate 2. ................................................................

................................................................... 53 Figure 75. Observed and Expected CDFs for GLOBAL:CLIMTIDX (User Continuous Distribution) Replicate 2. .............................................................................................................. 54 Figure 76. Observed and Expected CDFs for GLOBAL:OXSTAT (Uniform Distribution) Replicate 2. ................................................................

................................................................... 54 Figure 77. Observed and Expected CDFs for GLOBAL:PBRINE (Uniform Distribution) Replicate 2. ................................................................

................................................................... 55 Figure 78. Observed and Expected CDFs for GLOBAL:TRANSIDX (Uniform Distribution) Replicate 2. ................................................................

................................................................... 55 Figure 79. Observed and Expected CDFs for PCS_T1:PORE_DIS (User Continuous Distribution) Replicate 2. .............................................................................................................. 56 Figure 80. Observed and Expected CDFs for PCS_T1:POROSITY (Uniform Distribution) Replicate 2. ................................................................

................................................................... 56 Figure 81. Observed and Expected CDFs for PCS_T1:PRMX_LOG (Uniform Distribution) Replicate 2. ................................................................

................................................................... 57 Figure 82. Observed and Expected CDFs for PCS_T1:SAT_IBRN (Uniform Distribution) Replicate 2. ................................................................

................................................................... 57 Figure 83. Observed and Expected CDFs for PCS_T1:SAT_RBRN (User Continuous Distribution) Replicate 2. .............................................................................................................. 58 Figure 84. Observed and Expected CDFs for PCS_T1:SAT_RGAS (Uniform Distribution) Replicate 2. ................................................................

................................................................... 58 Figure 85. Observed and Expected CDFs for PCS_T2:POR2PERM (Normal Distribution) Replicate 2. ................................................................

................................................................... 59 Figure 86. Observed and Expected CDFs for PCS_T2:POROSITY (Uniform Distribution) Replicate 2. ................................................................

................................................................... 59 Figure 87. Observed and Expected CDFs for PCS_T3:POROSITY (Uniform Distribution) Replicate 2. ................................................................

................................................................... 60 Figure 88. Observed and Expected CDFs for PHUMOX3:PHUMCIM (User Continuous Distribution) Replicate 2. .............................................................................................................. 60 Figure 89. Observed and Expected CDFs for PU+3:MKD_PU (Loguniform Distribution) Replicate 2. ................................................................

................................................................... 61 Figure 90. Observed and Expected CDFs for PU+4:MKD_PU (Loguniform Distribution) Replicate 2. ................................................................

................................................................... 61 Figure 91. Observed and Expected CDFs for S_HALITE:COMP_RCK (Uniform Distribution) Replicate 2. ................................................................

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Figure 92. Observed and Expected CDFs for S_HALITE:POROSITY (User Continuous Distribution) Replicate 2. .............................................................................................................. 62 Figure 93. Observed and Expected CDFs for S_HALITE:PRESSURE (Uniform Distribution) Replicate 2. ................................................................

................................................................... 63 Figure 94. Observed and Expected CDFs for S_HALITE:PRMX_LOG (Uniform Distribution) Replicate 2. ................................................................

................................................................... 63 Figure 95. Observed and Expected CDFs for S_MB139:PORE_DIS (Student Distribution) Replicate 2. ................................................................

................................................................... 64 Figure 96. Observed and Expected CDFs for S_MB139:PRMX_LOG (Student Distribution) Replicate 2. ................................................................

................................................................... 64 Figure 97. Observed and Expected CDFs for S_MB139:RELP_MOD (User Discrete (Delta) Distribution) Replicate 2. .............................................................................................................. 65 Figure 98. Observed and Expected CDFs for S_MB139:SAT_RBRN (Student Distribution) Replicate 2. ................................................................

................................................................... 65 Figure 99. Observed and Expected CDFs for SHFTL_T1:PRMX_LOG (User Continuous Distribution) Replicate 2. .............................................................................................................. 66 Figure 100. Observed and Expected CDFs for SHFTL_T2:PRMX_LOG (User Continuous Distribution) Replicate 2. .............................................................................................................. 66 Figure 101. Observed and Expected CDFs for SHFTU:PRMX_LOG (User Continuous Distribution) Replicate 2. .............................................................................................................. 67 Figure 102. Observed and Expected CDFs for SHFTU:SAT_RBRN (User Continuous Distribution) Replicate 2. .............................................................................................................. 67 Figure 103. Observed and Expected CDFs for SHFTU:SAT_RGAS (Uniform Distribution) Replicate 2. ................................................................

................................................................... 68 Figure 104. Observed and Expected CDFs for SOLMOD3:SOLVAR (User Continuous Distribution) Replicate 2. .............................................................................................................. 68 Figure 105. Observed and Expected CDFs for SOLMOD4:SOLVAR (User Continuous Distribution) Replicate 2. .............................................................................................................. 69 Figure 106. Observed and Expected CDFs for SPALLMOD:PARTDIAM (Loguniform Distribution) Replicate 2. .............................................................................................................. 69 Figure 107. Observed and Expected CDFs for SPALLMOD:REPIPERM (Loguniform Distribution) Replicate 2. .............................................................................................................. 70 Figure 108. Observed and Expected CDFs for SPALLMOD:REPIPOR (Uniform Distribution) Replicate 2. ................................................................

................................................................... 70 Figure 109. Observed and Expected CDFs for SPALLMOD:TENSLSTR (Uniform Distribution) Replicate 2. ................................................................

................................................................... 71 Figure 110. Observed and Expected CDFs for STEEL:CORRMCO2 (Uniform Distribution) Replicate 2. ................................................................

................................................................... 71 Figure 111. Observed and Expected CDFs for TH+4:MKD_TH (Loguniform Distribution) Replicate 2. ................................................................

................................................................... 72 Figure 112. Observed and Expected CDFs for U+4:MKD_U (Loguniform Distribution) Replicate 2. ................................................................

................................................................... 72 Figure 113. Observed and Expected CDFs for U+6:MKD_U (Loguniform Distribution) Replicate 2. ................................................................

................................................................... 73 Fi gure 114. Observed and Expected CDFs for WAS_AREA:BIOGENFC (Uniform Distribution) Replicate 2. ................................................................

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Figure 115. Observed and Expected CDFs for WAS_AREA:GRATMICH (Uniform Distribution) Replicate 2. .............................................................................................................. 74 Figure 116. Observed and Expected CDFs for WAS_AREA:GRATMICI (Uniform Distribution) Replicate 2. ................................................................

................................................................... 74 Figure 117. Observed and Expected CDFs for WAS_AREA:PROBDEG (User Discrete (Delta) Distribution) Replicate 2. .............................................................................................................. 75 Figure 118. Observed and Expected CDFs for WAS_AREA:SAT_RBRN (Uniform Distribution) Replicate 2. ................................................................

................................................................... 75 Figure 119. Observed and Expected CDFs for WAS_AREA:SAT_RGAS (Uniform Distribution) Replicate 2. ................................................................

................................................................... 76 Figure 120. Observed and Expected CDFs for WAS_AREA:SAT_WICK (Uniform Distribution) Replicate 2. ................................................................

................................................................... 76 Figure 121. Observed and Expected CDFs for AM+3:MKD_AM (Loguniform Distribution) Replicate 3. ................................................................

................................................................... 77 Figure 122. Observed and Expected CDFs for BH_SAND:PRMX_LOG (Uniform Distribution) Replicate 3. ................................................................

................................................................... 77 Figure 123. Observed and Expected CDFs for BOREHOLE:DOMEGA (User Continuous Distribution) Replicate 3. .............................................................................................................. 78 Figure 124. Observed and Expected CDFs for BOREHOLE:TAUFAIL (Loguniform Distribution) Replicate 3. .............................................................................................................. 78 Figure 125. Observed and Expected CDFs for CASTILER:COMP_RCK (Triangular Distribution) Replicate 3. .............................................................................................................. 79 Figure 126. Observed and Expected CDFs for CASTILER:PRESSURE (Triangular Distribution) Replicate 3. ................................................................

................................................................... 79 Figure 127. Observed and Expected CDFs for CASTILER:PRMX_LOG (Triangular Distribution) Replicate 3. .............................................................................................................. 80 Figure 128. Observed and Expected CDFs for CONC_PLG:PRMX_LOG (Uniform Distribution) Replicate 3. ................................................................

................................................................... 80 Figure 129. Observed and Expected CDFs for CULEBRA:APOROS (Loguniform Distribution) Replicate 3. ................................................................

................................................................... 81 Figure 130. Observed and Expected CDFs for CULEBRA:DPOROS (User Continuous Distribution) Replicate 3. .............................................................................................................. 81 Figure 131. Observed and Expected CDFs for CULEBRA:HMBLKLT (Uniform Distribution) Replicate 3. ................................................................

................................................................... 82 Figure 132. Observed and Expected CDFs for CULEBRA:MINP_FAC (Uniform Distribution) Replicate 3. ................................................................

................................................................... 82 Figure 133. Observed and Expected CDFs for DRZ_1:PRMX_LOG (Uniform Distribution) Replicate 3. ................................................................

................................................................... 83 Figure 134. Observed and Expected CDFs for DRZ_PCS:PRMX_LOG (Triangular Distribution) Replicate 3. ................................................................

................................................................... 83 Figure 135. Observed and Expected CDFs for GLOBAL:CLIMTIDX (User Continuous Distribution) Replicate 3. .............................................................................................................. 84 Figure 136. Observed and Expected CDFs for GLOBAL:OXSTAT (Uniform Distribution) Replicate 3. ................................................................

................................................................... 84 Figure 137. Observed and Expected CDFs for GLOBAL:PBRINE (Uniform Distribution) Re plicate 3. ................................................................

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Figure 138. Observed and Expected CDFs for GLOBAL:TRANSIDX (Uniform Distribution) Replicate 3. ................................................................

................................................................... 85 Figure 139. Observed and Expected CDFs for PCS_T1:PORE_DIS (User Continuous Distribution) Replicate 3. .............................................................................................................. 86 Figure 140. Observed and Expected CDFs for PCS_T1:POROSITY (Uniform Distribution) Replicate 3. ................................................................

................................................................... 86 Figure 141. Observed and Expected CDFs for PCS_T1:PRMX_LOG (Uniform Distribution) Replicate 3. ................................................................

................................................................... 87 Figure 142. Observed and Expected CDFs for PCS_T1:SAT_IBRN (Uniform Distribution) Replicate 3. ................................................................

................................................................... 87 Figure 143. Observed and Expected CDFs for PCS_T1:SAT_RBRN (User Continuous Distribution) Replicate 3. .............................................................................................................. 88 Figure 144. Observed and Expected CDFs for PCS_T1:SAT_RGAS (Uniform Distribution) Replicate 3. ................................................................

................................................................... 88 Figure 145. Observed and Expected CDFs for PCS_T2:POR2PERM (Normal Distribution) Replicate 3. ................................................................

................................................................... 89 Figure 146. Observed and Expected CDFs for PCS_T2:POROSITY (Uniform Distribution) Replicate 3. ................................................................

................................................................... 89 Figure 147. Observed and Expected CDFs for PCS_T3:POROSITY (Uniform Distribution) Replicate 3. ................................................................

................................................................... 90 Figure 148. Observed and Expected CDFs for PHUMOX3:PHUMCIM (User Continuous Distribution) Replicate 3. .............................................................................................................. 90 Figure 149. Observed and Expected CDFs for PU+3:MKD_PU (Loguniform Distribution) Replicate 3. ................................................................

................................................................... 91 Figure 150. Observed and Expected CDFs for PU+4:MKD_PU (Loguniform Distribution) Replicate 3. ................................................................

................................................................... 91 Figure 151. Observed and Expected CDFs for S_HALITE:COMP_RCK (Uniform Distribution) Replicate 3. ................................................................

................................................................... 92 Figure 152. Observed and Expected CDFs for S_HALITE:POROSITY (User Continuous Distribution) Replicate 3. .............................................................................................................. 92 Figure 153. Observed and Expected CDFs for S_HALITE:PRESSURE (Uniform Distribution) Replicate 3. ................................................................

................................................................... 93 Figure 154. Observed and Expected CDFs for S_HALITE:PRMX_LOG (Uniform Distribution) Replicate 3. ................................................................

................................................................... 93 Figure 155. Observed and Expected CDFs for S_MB139:PORE_DIS (Student Distribution) Replicate 3. ................................................................

................................................................... 94 Figure 156. Observed and Expected CDFs for S_MB139:PRMX_LOG (Student Distribution) Replicate 3. ................................................................

................................................................... 94 Figure 157. Observed and Expected CDFs for S_MB139:RELP_MOD (User Discrete (Delta) Distribution) Replicate 3. .............................................................................................................. 95 Figure 158. Observed and Expected CDFs for S_MB139:SAT_RBRN (Student Distribution) Replicate 3. ................................................................

................................................................... 95 Figure 159. Observed and Expected CDFs for SHFTL_T1:PRMX_LOG (User Continuous Distribution) Replicate 3. .............................................................................................................. 96 Figure 160. Observed and Expected CDFs for SHFTL_T2:PRMX_LOG (User Continuous Distribution) Replicate 3. .............................................................................................................. 96Page 

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Figure 161. Observed and Expected CDFs for SHFTU:PRMX_LOG (User Continuous Distribution) Replicate 3. .............................................................................................................. 97 Figure 162. Observed and Expected CDFs for SHFTU:SAT_RBRN (User Continuous Distribution) Replicate 3. .............................................................................................................. 97 Figure 163. Observed and Expected CDFs for SHFTU:SAT_RGAS (Uniform Distribution) Replicate 3. ................................................................

................................................................... 98 Figure 164. Observed and Expected CDFs for SOLMOD3:SOLVAR (User Continuous Distribution) Replicate 3. .............................................................................................................. 98 Figure 165. Observed and Expected CDFs for SOLMOD4:SOLVAR (User Continuous Distribution) Replicate 3. .............................................................................................................. 99 Figure 166. Observed and Expected CDFs for SPALLMOD:PARTDIAM (Loguniform Distribution) Replicate 3. .............................................................................................................. 99 Figure 167. Observed and Expected CDFs for SPALLMOD:REPIPERM (Loguniform Distribution) Replicate 3. ............................................................................................................ 100 Figure 168. Observed and Expected CDFs for SPALLMOD:REPIPOR (Uniform Distribution) Replicate 3. ................................................................

................................................................. 100 Figure 169. Observed and Expected CDFs for SPALLMOD:TENSLSTR (Uniform Distribution) Replicate 3. ................................................................

................................................................. 101 Figure 170. Observed and Expected CDFs for STEEL:CORRMCO2 (Uniform Distribution) Replicate 3. ................................................................

................................................................. 101 Figure 171. Observed and Expected CDFs for TH+4:MKD_TH (Loguniform Distribution) Replicate 3. ................................................................

................................................................. 102 Figure 172. Observed and Expected CDFs for U+4:MKD_U (Loguniform Distribution) Replicate 3. ................................................................

................................................................. 102 Figure 173. Observed and Expected CDFs for U+6:MKD_U (Loguniform Distribution) Replicate 3. ................................................................

................................................................. 103 Fi gure 174. Observed and Expected CDFs for WAS_AREA:BIOGENFC (Uniform Distribution) Replicate 3. ................................................................

................................................................. 103 Figure 175. Observed and Expected CDFs for WAS_AREA:GRATMICH (Uniform Distribution) Replicate 3. ............................................................................................................ 104 Figure 176. Observed and Expected CDFs for WAS_AREA:GRATMICI (Uniform Distribution) Replicate 3. ................................................................

................................................................. 104 Figure 177. Observed and Expected CDFs for WAS_AREA:PROBDEG (User Discrete (Delta) Distribution) Replicate 3. ............................................................................................................ 105 Figure 178. Observed and Expected CDFs for WAS_AREA:SAT_RBRN (Uniform Distribution) Replicate 3. ................................................................

................................................................. 105 Figure 179. Observed and Expected CDFs for WAS_AREA:SAT_RGAS (Uniform Distribution) Replicate 3. ................................................................

................................................................. 106 Figure 180. Observed and Expected CDFs for WAS_AREA:SAT_WICK (Uniform Distribution) Replicate 3. ................................................................

................................................................. 106 Figure 181. The conditional relationship introduced between WAS_AREA:GRATMICI and WAS_AREA:GRATMICH also produces a correlation between the variables. ........................ 107Page 

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## I. Introduction
The Waste Isolation Pilot Plant (WIPP), located in southeastern New Mexico, has been developed by the U.S. Department of Energy (DOE) for the geologic (deep underground) disposal of transuranic (TRU) waste. Containment of TRU waste at the WIPP is regulated by the U.S. Environmental Protection Agency (EPA) according to the regulations set forth in Title 40 of the Code of Federal Regulations (CFR), Part 191. The DOE demonstrates compliance with the containment requirements according to the Certification Criteria in Title 40 CFR Part 194 by means of performance assessment (PA) calculations performed by Sandia National Laboratories (SNL). WIPP PA calculations estimate the probability and consequence of potential radionuclide releases from the repository to the accessible environment for a regulatory period of 10,000 years after facility closure. The models used in PA are maintained and updated with new information as part of an ongoing process. Improved information regarding important WIPP features, events, and processes typically results in refinements and modifications to PA models and the parameters used in them. Planned changes to the repository and/or the components therein also result in updates to WIPP PA models. WIPP PA models are used to support the repository recertification process that occurs at five-year intervals following the receipt of the first waste shipment at the site in 1999.

Waste panel closures comprise a repository feature that has been represented in WIPP PA since the original Compliance Certification Application (CCA) of 1996. Panel closures are included in WIPP PA models principally because they are a part of the disposal system, not because they play a substantive role in inhibiting the release of radionuclides to the outside environment. The DOE stated in the CCA (DOE 1996) that “The panel closure system was not designed or intended to support long-term repository performan ce.” The 1998 rulemaking that certified WIPP to receive transuranic waste placed conditions on the panel closure design to be implemented in the repository. The mandated design consists of a concrete block wall, an open drift section, and a concrete mono lith, and was termed the “Option D” panel closure. Followingthe selection of the Option D design in 1998, the engineering of the panel closure has been reassessed, and a revised design has been established that is simpler, cheaper, and easier to construct. The revised panel closure design, termed the Run-of-Mine Panel Closure System (ROMPCS), is comprised of 100 feet of ROM salt with barriers at each end. The ROM salt is generated from ongoing mining operations at the WIPP and may be compacted and/or moistened as it is emplaced in a panel entry. The barriers consist of ventilation bulkheads, similar to those currently used in the panels as room closures.

The DOE has submitted a planned change request (PCR) to the EPA requesting that EPA modify Condition 1 of the Final Certification Rulemaking for 40 CFR Part 194 (EPA, 1998) for the WIPP. The PCR submitted to EPA requests that Condition 1 be changed, and that the ROMPCS design be approved for use in all panels (DOE, 2011). In support of this rulemaking change, a performance assessment has been completed that incorporates the ROMPCS design into the current PA baseline established by the 2009 Performance Assessment Baseline CalculationPage 

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(PABC-2009) (Clayton et al., 2010). The name given to this new panel closure PA is PCS-2012, and the plan for its execution is detailed in AP-161 (Camphouse 2012).

The program LHS is used to sample the distributions of parameters having epistemic uncertainty using a Latin Hypercube sampling design. PRELHS is run prior to LHS and is used to obtain from the WIPP Parameter Database the data describing the distributions and to create an input file to LHS based on that data. PRELHS Version 2.40 was used in this analysis, which is a deviation from the analysis plan (Camphouse 2012). The analysis plan specified the wrong version number for PRELHS. The user creates an input file for PRELHS that specifies which parameters are to be sampled using their “material” and “property” identifiers. PRELHS performs limited error checking on the data extracted from the database. LHS can reorder sampled data to induce or restrict correlations among the parameters. However, other conditional relationships were specified by the code analysts for three parameters. These conditional relationships restricted the value for one parameter to be less than the sampled value of another parameter. This conditional relationship was enforced using the utility LHS_EDIT Version 1.0 (Appendix VIII) to modify the output file generated by LHS. This report documents the use of
PRELHS Version 2.4 0, LHS Version 2.42 and LHS_EDIT to provide three sets of sampled data
for use in the 2012 PCS-2012 PA (Camphouse 2012). These three sets represent three replicates of one hundred samples for each of 75 variables. Sixty of these variables are associated with model parameters. However, there are also 1 5 “placeholder” variables sampled. These placeholders are included to enable users to add additional parameters and run LHS while preserving the ability to regenerate the values previously sampled for the model parameters.

The execution of LHS was verified by:

1. Checking the LHS input files to ensure that the headers properly document the analysis
and that the random number seeds are correct.
2. Verifying that the proper set of parameters is being sampled. This was done by comparing the set to the specifications of the analysis plan (AP) for the analysis (AP161).
3. Checking the EVAL script input files to ensure that any conditional relationships imposed using LHS_EDIT.EXE are properly specified.
4. Examining the LHS log files for any obvious errors or failures.
5. Examining the PRELHS transfer (output) file to verify that the data were properly
extracted from the database.
6. Examining the correlation matrices for “significant” values and to verify that non -zero correlations specified in the input file were properly generated.
7. Checking the values generated to ensure that they do not exceed the specified range.
8. Checking that the distributions match those specified in the parameter database.
9. Plotting the empirical Cumulative Distribution Function (CDF) against the expected CDF and looking for anomalies.Page 

### 13



## II. Run Control
The script EVAL_LHS.COM was used to execute PRELHS, LHS and LHS_EDIT. This script processes an input file which lists the specific information required to run these codes. The details of run control are documented in Camphouse et al. (2012 ). The script and its input files are stored in LIBAP161_EVAL (PACMS2:[CMS_AP161. AP161_EVAL]).



## III. PRELHS Input Files
The three input files for PRELHS are listed in appendices I to III. These files are named LHS1_AP161_R1.INP, LHS1_AP161_R2 .INP and LHS1_AP161_R3 .INP, respectively for replicates 1 to 3.Except for the title and random seed these three files are identical. Different random seeds are assigned in each input file to cause LHS to generate three unique sets of values. The random seeds used were those used in the PABC09, as specified in AP-161. This sampling design eliminates from comparisons of the results to the PABC09 results the impact of sampling of the distributions of the parameters having epistemic uncertainty. The corresponding output (transfer) files from PRELHS for the three replicates are listed in appendices IV to VI. These files are named LHS1_AP161_R1.TRN, LHS1_AP161_R2 .TRN and LHS1_AP161_R3 .TRN , respectively for replicates 1 to 3. The three transfer files are also identical except for titles and the random seed values. These files were inspected to verify that the data used to construct the distributions were properly extracted from the library.



## IV. LHS Output files
The LHS output files were examined for errors. The ranges of the sampled variables were compared to the range specified as input for the distribution (Appendix VII). No values were found to exceed the specified ranges of the distributions although a few were found to cover less than 90% of the specified range, e.g. 77.4 % of the range was covered by the samples for S_MB139:PRMX_LOG ( material:property ) in replicate 3 (Fig. 156 ). These low coverage values are undoubtedly due to the shape of the distribution; the tails of the CDF curves are nearly horizontal, so that the width of 1 % and 99 % quantiles sampled by LHS are relatively wide. The width of the intervals (covering 1 % of the probability) is set by the number of LHS samples in the replicate (100).

The LHS output file lists the correlation coefficients between the sampled variables. The sampled data for those variables for which a correlation matrix was entered showed correlations that were close to those specified (Table 1). No significant (  = 0.01) spurious correlations were observed among the uncorrelated variables, although in replicate 2 the correlation between the
ranks of the variables CASTILER:PRESSURE and WAS_AREA:PROBDEG was -0.234 which is significant at α = 0.05. However, WAS_AREA: PROBDEG is a discrete user-specified distribution (Delta distribution) having only 2 possible values (Figure 5 7 ). This restriction undoubtedly limits the ability of LHS to shuffle the values to enforce a correlation near zero. In addition, the significance test on the correlation coefficient is questionable in any case because the data fails to even come close to meeting the assumptions of normality of the data.Page 

### 14

To evaluate the frequency with which high correlation coefficients would be expected in such variables, a test was conducted (Kirchner 200 9 ). In the test, 1000 LHS samples were generated and the correlation coefficients greater than 0.197 (the test statistic for the correlation coefficient for n=100) were tabulated. To generate these values, the LHS2_LHS.FOR code was modified to 1) run 1000 iterations of LHS sampling and 2) to output the data that exceeded 0.197. The modified code was named LHS2_LHS_TEST.FOR and stored with the executable and input files in library LIBCRA09_LHSCORR (PACMS2:[CMS_CRA09.CRA09_LHSCORR). For this informal test, all c orrelations were specified to be zero. Out of the 1000 samples, 502 (α = 0.05) and 2 (α = 0.01) “significant” correlations were generated. All of these correlations involved either WAS_AREA:PROBDEG or S_MB139:RELP_MOD, both of which have discrete distributions having only two possible values. These results suggest that the number of values exceeding the standard test statistics for correlation coefficients may be relatively high when LHS samples discrete distributions having few possible values.

Table 1. Significant correlations between parameters. 

### Replicate Between Expected
Correlation Observed

Correlation Significance 2



### 1 CASTILER : COMP_RCK CASTILER : PRMX_LOG

- 0.75

- 0.7281 ** S_HALITE : COMP_RCK S_HALITE : PRMX_LOG

- 0.99

- 0.9869 **

2 CASTILER : COMP_RCK CASTILER : PRMX_LOG

- 0.75

- 0.7242 **

CASTILER : PRESSURE 1 

### WAS_AREA : PROBDEG 0.00

- 0.234 * S_HALITE : COMP_RCK S_HALITE : PRMX_LOG

- 0.99

- 0.9907 **

3 CASTILER : COMP_RCK CASTILER : PRMX_LOG

- 0.75

- 0.7252 ** S_HALITE : COMP_RCK S_HALITE : PRMX_LOG

- 0.99

- 0.9834 **

1 This correlation is spurious.

2 * = Significant at p<0.05

, ** = Significant at p<0.01



### The sampled distributions were compared to the expected distributions. Cumulative distribution functions for the sampled data were constructed by ordering the data from smallest to largest value and assigning the probability i /100-0.005 to the i th 

### ordered value, i.e. the midpoint of the interval containing the value based on order statistics (Figures 1 through 180 ). With the exception of the variables modified using LHS_EDIT (Figures 26 , 2 7 and 55 for replicate 1, Figures 86 , 8 7 and 11 5 for replicate 2 and Figures 146,1 47 and 17 5 for replicate 3), the differences between the CDFs of the sampled values and the CDFs of the expected distributions are due to the differences between the estimated probability assigned to the values and the true probability associated with the data.



## V. Imposing Additional L imits on Some V ariables
LHS_EDIT was used to enforce a conditional relationship between three pairs of variables. The relationships were WAS_AREA:GRATMICH ≤ WAS_AREA:GRATMICI (Clayton 2008,
Nemer and Stein 2005 ) and PCS_T3: POROSITY ≤ PCS_T2: POROSITY ≤Page 

### 15

PCS_T1:POROSITY (Camphouse 2012). The relationships were enforced by modifying values
in the LHS transfer file, thus making the conditioned values available for use in the sensitivity analysis. For each pair of variables LHS_EDIT rescales the sampled value of the parameter to the left of the ≤ symbol to the new “controlled” value using the equation

(1)



### Where is the conditioned value of left hand variable, v i 

### is the sampled value of that variable, x i 

### is the sampled value of the right hand variable, and U V,lower 

### and U V,upper 

### are the bounds of the distribution assigned to the left hand variable. This method preserves the probability associated with the value of the left hand variable. The CDFs for the original sampled values and the conditioned values are shown in Figures 27, 28 and 56 for replicate 1, Figures 88, 89 and 117 for replicate 2 and Figures 149,150 and 178 for replicate 3. This conditional relationship results in a positive correlation between the pairs of variables. For example, the correlation between WAS_AREA:GRATMICH and WAS_AREA:GRATMICI was computed for Replicate 1 using Excel and found to be 0.74 (Figure 18 1). The nature of these correlations is fundamentally
different than that which LHS could induce between the variables. LHS achieves correlations between variables by reordering the sampled data whereas LHS_EDIT changes the range of the left hand sampled variable. If instead of limiting the value of the left hand variable an equivalent correlation had been specified between the variables in the input file to LHS then LHS would have generated values for the left hand variable that could have exceeded the corresponding value for the right hand variable.



## VI. Summary and Conclusions
LHS was used to generate one hundred vectors of sampled parameter values for each of three replicates. A unique random number seed was assigned to each of the three replicates. These
seed values were identical to those used in the PABC09 analysis. The resulting sampled data had the expected correlation structure and the values fell within the expected ranges. The LHS results were subsequently modified to enforce a conditional relationship between WAS_AREA:GRATMICH and WAS_AREA:GRATMICI, PCS_T3: POROSITY and PCS_T2: POROSITY, and PCS_T2: POROSITY and PCS_T1:POROSITY.Page 

### 16



## VII. References

Camphouse, C. 2012. Analysis Plan for the 2012 WIPP Panel Closure System Performance Assessment, Revision 0. July 2, 2012. Carlsbad, NM: Sandia National Laboratories.
ERMS #557726

Camphouse, R.C., Kicker, D.C., Kirchner, T.B., Long, J.J., Malama, B., and Zeitler, T.R. 2012. Summary Report and Run Control for the 2012 WIPP Panel Closure System Performance
Ass essment. Sandia National Laboratories, Carlsbad, NM.

Clayton, D. J. 2008. Analysis Plan for the Performance Assessment for the 2009 Compliance Recertification Application. Sandia National Laboratories, Carlsbad, N.M. ERMS
#547515.

Clayton, D.J., Camphouse, R. C., Garner, J. W., Ismail, A. E., Kirchner, T. B., Kuhlman, K. L., and Nemer, M. B.. 2010. Summary Report of the CRA-2009 Performance Assessment Baseline Calculation, Revision 1. Sandia National Laboratories. Carlsbad, New Mexico,
ERMS 553039.

DOE (U.S. Department of Energy). 1996. Title 40 CFR Part 191 Compliance Certification Application for the Waste Isolation Pilot Plant. DOE/CAO-1996 -2184. U.S. Department of Energy, Waste Isolation Pilot Plant, Carlsbad Area Office. Carlsbad, NM.

DOE (U.S. Department of Energy), 2011. Panel Closure System Design, Planned Change Request to the EPA 40 CFR Part 194 Certification of the Waste Isolation Pilot Plant. U.S. Department of Energy, Carlsbad Field Office. Carlsbad, New Mexico.

EPA (U.S. Environmental Protection Agency). 1998. Criteria for the Certification and
Re -Certification of the Waste Isolation Pilot Plants Compliance with the 40 CFR Part 191 Disposal Regulations: Certification Decision; Final Rule, Federal Register, Vol. 63, No. 95, pp. 27353 -27406. U.S. Environmental Protection Agency, Office of Air and Radiation, Washington, D.C.

Kirchner, T. 2009. Generation of the LHS Samples for the AP-137 Revision 0 (CRA09) PA Calculations. Carlsbad, NM: Sandia National Laboratories. ERMS #547971

Nemer, M. B. and J. S. Stein. 2005. "Analysis Package for BRAGFLO: 2004 Compliance Recertification Application Performance Assessment Baseline Calculation." Analysis Report, June 28, 2005. Carlsbad, NM: Sandia National Laboratories. ERMS 540527.Page 

### 17

Figure 1. Observed and Expected CDFs for AM+3:MKD_AM (Loguniform Distribution) Replicate 1.

Figure 2. Observed and Expected CDFs for BH_SAND:PRMX_LOG (Uniform Distribution) Replicate 1.Page 

### 18

Figure 3. Observed and Expected CDFs for BOREHOLE:DOMEGA (User Continuous Distribution) Replicate 1.

Figure 4. Observed and Expected CDFs for BOREHOLE:TAUFAIL (Loguniform Distribution) Replicate 1.Page 

### 19

Figure 5. Observed and Expected CDFs for CASTILER:COMP_RCK (Triangular Distribution) Replicate 1.

Figure 6. Observed and Expected CDFs for CASTILER:PRESSURE (Triangular Distribution) Replicate 1.Page 

### 20

Figure 7. Observed and Expected CDFs for CASTILER:PRMX_LOG (Triangular Distribution) Replicate 1.

Figure 8. Observed and Expected CDFs for CONC_PLG:PRMX_LOG (Uniform Distribution) Replicate 1.Page 

### 21

Figure 9. Observed and Expected CDFs for CULEBRA:APOROS (Loguniform Distribution) Replicate 1.

Figure 10 . Observed and Expected CDFs for CULEBRA:DPOROS (User Continuous Distribution) Replicate 1.Page 

### 22

Figure 11 . Observed and Expected CDFs for CULEBRA:HMBLKLT (Uniform Distribution) Replicate 1.

Figure 12 . Observed and Expected CDFs for CULEBRA:MINP_FAC (Uniform Distribution) Replicate 1.Page 

### 23

Figure 13 . Observed and Expected CDFs for DRZ_1:PRMX_LOG (Uniform Distribution) Replicate 1.

Figure 14 . Observed and Expected CDFs for DRZ_PCS:PRMX_LOG (Triangular Distribution) Replicate 1.Page 

### 24

Figure 15 . Observed and Expected CDFs for GLOBAL:CLIMTIDX (User Continuous Distribution) Replicate 1.

Figure 16 . Observed and Expected CDFs for GLOBAL:OXSTAT (Uniform Distribution) Replicate 1.Page 

### 25

Figure 17 . Observed and Expected CDFs for GLOBAL:PBRINE (Uniform Distribution) Replicate 1.

Figure 18 . Observed and Expected CDFs for GLOBAL:TRANSIDX (Uniform Distribution) Replicate 1.Page 

### 26

Figure 19 . Observed and Expected CDFs for PCS_T1:PORE_DIS (User Continuous Distribution) Replicate 1.

Figure 20 . Observed and Expected CDFs for PCS_T1:POROSITY (Uniform Distribution) Replicate 1.Page 

### 27

Figure 21 . Observed and Expected CDFs for PCS_T1:PRMX_LOG (Uniform Distribution) Replicate 1.

Figure 22 . Observed and Expected CDFs for PCS_T1:SAT_IBRN (Uniform Distribution) Replicate 1.Page 

### 28

Figure 23 . Observed and Expected CDFs for PCS_T1:SAT_RBRN (User Continuous Distribution) Replicate 1.

Figure 24 . Observed and Expected CDFs for PCS_T1:SAT_RGAS (Uniform Distribution) Replicate 1.Page 

### 29

Figure 25 . Observed and Expected CDFs for PCS_T2:POR2PERM (Normal Distribution) Replicate 1.

Figure 26 . Observed and Expected CDFs for PCS_T2:POROSITY (Uniform Distribution) Replicate 1.Page 

### 30

Figure 27 . Observed and Expected CDFs for PCS_T3:POROSITY (Uniform Distribution) Replicate 1.

Figure 28 . Observed and Expected CDFs for PHUMOX3:PHUMCIM (User Continuous Distribution) Replicate 1.Page 

### 31

Figure 29 . Observed and Expected CDFs for PU+3:MKD_PU (Loguniform Distribution) Replicate 1.

Figure 30 . Observed and Expected CDFs for PU+4:MKD_PU (Loguniform Distribution) Replicate 1.Page 

### 32

Figure 31 . Observed and Expected CDFs for S_HALITE:COMP_RCK (Uniform Distribution) Replicate 1.

Figure 32 . Observed and Expected CDFs for S_HALITE:POROSITY (User Continuous Distribution) Replicate 1.Page 

### 33

Figure 33 . Observed and Expected CDFs for S_HALITE:PRESSURE (Uniform Distribution) Replicate 1.

Figure 34

. Observed and Expected CDFs for S_HALITE:PRMX_LOG (Uniform Distribution) Replicate 1.Page 

### 34

Figure 35 . Observed and Expected CDFs for S_MB139:PORE_DIS (Student Distribution) Replicate 1.

Figure 36 . Observed and Expected CDFs for S_MB139:PRMX_LOG (Student Distribution) Replicate 1.Page 

### 35

Figure 37 . Observed and Expected CDFs for S_MB139:RELP_MOD (User Discrete (Delta) Distribution) Replicate 1.

Figure 38 . Observed and Expected CDFs for S_MB139:SAT_RBRN (Student Distribution) Replicate 1.Page 

### 36

Figure 39 . Observed and Expected CDFs for SHFTL_T1:PRMX_LOG (User Continuous Distribution) Replicate 1.

Figure 40 . Observed and Expected CDFs for SHFTL_T2:PRMX_LOG (User Continuous Distribution) Replicate 1.Page 

### 37

Figure 41 . Observed and Expected CDFs for SHFTU:PRMX_LOG (User Continuous Distribution) Replicate 1.

Figure 42 . Observed and Expected CDFs for SHFTU:SAT_RBRN (User Continuous Distribution) Replicate 1.Page 

### 38

Figure 43 . Observed and Expected CDFs for SHFTU:SAT_RGAS (Uniform Distribution) Replicate 1.

Figure 44 . Observed and Expected CDFs for SOLMOD3:SOLVAR (User Continuous Distribution) Replicate 1.Page 

### 39

Figure 45 . Observed and Expected CDFs for SOLMOD4:SOLVAR (User Continuous Distribution) Replicate 1.

Figure 46 . Observed and Expected CDFs for SPALLMOD:PARTDIAM (Loguniform Distribution) Replicate 1.Page 

### 40

Figure 47 . Observed and Expected CDFs for SPALLMOD:REPIPERM (Loguniform Distribution) Replicate 1.

Figure 48 . Observed and Expected CDFs for SPALLMOD:REPIPOR (Uniform Distribution) Replicate 1.Page 

### 41

Figure 49 . Observed and Expected CDFs for SPALLMOD:TENSLSTR (Uniform Distribution) Replicate 1.

Figure 50 . Observed and Expected CDFs for STEEL:CORRMCO2 (Uniform Distribution) Replicate 1.Page 

### 42

Figure 51 . Observed and Expected CDFs for TH+4:MKD_TH (Loguniform Distribution) Replicate 1.

Figure 52 . Observed and Expected CDFs for U+4:MKD_U (Loguniform Distribution) Replicate 1.Page 

### 43

Figure 53 . Observed and Expected CDFs for U+6:MKD_U (Loguniform Distribution) Replicate 1.

Figure 54 . Observed and Expected CDFs for WAS_AREA:BIOGENFC (Uniform Distribution) Replicate 1.Page 

### 44

Figure 55 . Observed and Expected CDFs for WAS_AREA:GRATMICH (Uniform Distribution) Replicate 1.

Figure 56 . Observed and Expected CDFs for WAS_AREA:GRATMICI (Uniform Distribution) Replicate 1.Page 

### 45

Figure 57 . Observed and Expected CDFs for WAS_AREA:PROBDEG (User Discrete (Delta) Distribution) Replicate 1.

Figure 58 . Observed and Expected CDFs for WAS_AREA:SAT_RBRN (Uniform Distribution) Replicate 1.Page 

### 46

Figure 59 . Observed and Expected CDFs for WAS_AREA:SAT_RGAS (Uniform Distribution) Replicate 1.

Figure 60 . Observed and Expected CDFs for WAS_AREA:SAT_WICK (Uniform Distribution) Replicate 1.Page 

### 47

Figure 61 . Observed and Expected CDFs for AM+3:MKD_AM (Loguniform Distribution) Replicate 2.

Figure 62 . Observed and Expected CDFs for BH_SAND:PRMX_LOG (Uniform Distribution) Replicate 2.Page 

### 48

Figure 63 . Observed and Expected CDFs for BOREHOLE:DOMEGA (User Continuous Distribution) Replicate 2.

Figure 64 . Observed and Expected CDFs for BOREHOLE:TAUFAIL (Loguniform Distribution) Replicate 2.Page 

### 49

Figure 65 . Observed and Expected CDFs for CASTILER:COMP_RCK (Triangular Distribution) Replicate 2.

Figure 66 . Observed and Expected CDFs for CASTILER:PRESSURE (Triangular Distribution) Replicate 2.Page 

### 50

Figure 67 . Observed and Expected CDFs for CASTILER:PRMX_LOG (Triangular Distribution) Replicate 2.

Figure 68 . Observed and Expected CDFs for CONC_PLG:PRMX_LOG (Uniform Distribution) Replicate 2.Page 

### 51

Figure 69 . Observed and Expected CDFs for CULEBRA:APOROS (Loguniform Distribution) Replicate 2.

Figure 70 . Observed and Expected CDFs for CULEBRA:DPOROS (User Continuous Distribution) Replicate 2.Page 

### 52

Figure 71 . Observed and Expected CDFs for CULEBRA:HMBLKLT (Uniform Distribution) Replicate 2.

Figure 72 . Observed and Expected CDFs for CULEBRA:MINP_FAC (Uniform Distribution) Replicate 2.Page 

### 53

Figure 73 . Observed and Expected CDFs for DRZ_1:PRMX_LOG (Uniform Distribution) Replicate 2.

Figure 74 . Observed and Expected CDFs for DRZ_PCS:PRMX_LOG (Triangular Distribution) Replicate 2.Page 

### 54

Figure 75 . Observed and Expected CDFs for GLOBAL:CLIMTIDX (User Continuous Distribution) Replicate 2.

Figure 76 . Observed and Expected CDFs for GLOBAL:OXSTAT (Uniform Distribution) Replicate 2.Page 

### 55

Figure 77 . Observed and Expected CDFs for GLOBAL:PBRINE (Uniform Distribution) Replicate 2.

Figure 78 . Observed and Expected CDFs for GLOBAL:TRANSIDX (Uniform Distribution) Replicate 2.Page 

### 56

Figure 79 . Observed and Expected CDFs for PCS_T1:PORE_DIS (User Continuous Distribution) Replicate 2.

Figure 80 . Observed and Expected CDFs for PCS_T1:POROSITY (Uniform Distribution) Replicate 2.Page 

### 57

Figure 81 . Observed and Expected CDFs for PCS_T1:PRMX_LOG (Uniform Distribution) Replicate 2.

Figure 82 . Observed and Expected CDFs for PCS_T1:SAT_IBRN (Uniform Distribution) Replicate 2.Page 

### 58

Figure 83 . Observed and Expected CDFs for PCS_T1:SAT_RBRN (User Continuous Distribution) Replicate 2.

Figure 84 . Observed and Expected CDFs for PCS_T1:SAT_RGAS (Uniform Distribution) Replicate 2.Page 

### 59

Figure 85 . Observed and Expected CDFs for PCS_T2:POR2PERM (Normal Distribution) Replicate 2.

Figure 86 . Observed and Expected CDFs for PCS_T2:POROSITY (Uniform Distribution) Replicate 2.Page 

### 60

Figure 87 . Observed and Expected CDFs for PCS_T3:POROSITY (Uniform Distribution) Replicate 2.

Figure 88 . Observed and Expected CDFs for PHUMOX3:PHUMCIM (User Continuous Distribution) Replicate 2.Page 

### 61

Figure 89 . Observed and Expected CDFs for PU+3:MKD_PU (Loguniform Distribution) Replicate 2.

Figure 90 . Observed and Expected CDFs for PU+4:MKD_PU (Loguniform Distribution) Replicate 2.Page 

### 62

Figure 91 . Observed and Expected CDFs for S_HALITE:COMP_RCK (Uniform Distribution) Replicate 2.

Figure 92 . Observed and Expected CDFs for S_HALITE:POROSITY (User Continuous Distribution) Replicate 2.Page 

### 63

Figure 93 . Observed and Expected CDFs for S_HALITE:PRESSURE (Uniform Distribution) Replicate 2.

Figure 94 . Observed and Expected CDFs for S_HALITE:PRMX_LOG (Uniform Distribution) Replicate 2.Page 

### 64

Figure 95 . Observed and Expected CDFs for S_MB139:PORE_DIS (Student Distribution) Replicate 2.

Figure 96 . Observed and Expected CDFs for S_MB139:PRMX_LOG (Student Distribution) Replicate 2.Page 

### 65

Figure 97 . Observed and Expected CDFs for S_MB139:RELP_MOD (User Discrete (Delta) Distribution) Replicate 2.

Figure 98 . Observed and Expected CDFs for S_MB139:SAT_RBRN (Student Distribution) Replicate 2.Page 

### 66

Figure 99 . Observed and Expected CDFs for SHFTL_T1:PRMX_LOG (User Continuous Distribution) Replicate 2.

Figure 100 . Observed and Expected CDFs for SHFTL_T2:PRMX_LOG (User Continuous Distribution) Replicate 2.Page 

### 67

Figure 101 . Observed and Expected CDFs for SHFTU:PRMX_LOG (User Continuous Distribution) Replicate 2.

Figure 102 . Observed and Expected CDFs for SHFTU:SAT_RBRN (User Continuous Distribution) Replicate 2.Page 

### 68

Figure 103 . Observed and Expected CDFs for SHFTU:SAT_RGAS (Uniform Distribution) Replicate 2.

Figure 104 . Observed and Expected CDFs for SOLMOD3:SOLVAR (User Continuous Distribution) Replicate 2.Page 

### 69

Figure 105 . Observed and Expected CDFs for SOLMOD4:SOLVAR (User Continuous Distribution) Replicate 2.

Figur e 106 . Observed and Expected CDFs for SPALLMOD:PARTDIAM (Loguniform Distribution) Replicate 2.Page 

### 70

Figure 107 . Observed and Expected CDFs for SPALLMOD:REPIPERM (Loguniform Distribution) Replicate 2.

Figure 108 . Observed and Expected CDFs for SPALLMOD:REPIPOR (Uniform Distribution) Replicate 2.Page 

### 71

Figure 109 . Observed and Expected CDFs for SPALLMOD:TENSLSTR (Uniform Distribution) Replicate 2.

Figure 110 . Observed and Expected CDFs for STEEL:CORRMCO2 (Uniform Distribution) Replicate 2.Page 

### 72

Figure 111 . Observed and Expected CDFs for TH+4:MKD_TH (Loguniform Distribution) Replicate 2.

Figure 112 . Observed and Expected CDFs for U+4:MKD_U (Loguniform Distribution) Replicate 2.Page 

### 73

Figure 113 . Observed and Expected CDFs for U+6:MKD_U (Loguniform Distribution) Replicate 2.

Figure 114 . Observed and Expected CDFs for WAS_AREA:BIOGENFC (Uniform Distribution) Replicate 2.Page 

### 74

Figure 115 . Observed and Expected CDFs for WAS_AREA:GRATMICH (Uniform Distribution) Replicate 2.

Figure 116 . Observed and Expected CDFs for WAS_AREA:GRATMICI (Uniform Distribution) Replicate 2.Page 

### 75

Figure 117 . Observed and Expected CDFs for WAS_AREA:PROBDEG (User Discrete (Delta) Distribution) Replicate 2.

Figure 118 . Observed and Expected CDFs for WAS_AREA:SAT_RBRN (Uniform Distribution) Replicate 2.Page 

### 76

Figure 119 . Observed and Expected CDFs for WAS_AREA:SAT_RGAS (Uniform Distribution) Replicate 2.

Figure 120 . Observed and Expected CDFs for WAS_AREA:SAT_WICK (Uniform Distribution) Replicate 2.Page 

### 77

Figure 121 . Observed and Expected CDFs for AM+3:MKD_AM (Loguniform Distribution) Replicate 3.

Figure 122 . Observed and Expected CDFs for BH_SAND:PRMX_LOG (Uniform Distribution) Replicate 3.Page 

### 78

Figure 123 . Observed and Expected CDFs for BOREHOLE:DOMEGA (User Continuous Distribution) Replicate 3.

Figure 124 . Observed and Expected CDFs for BOREHOLE:TAUFAIL (Loguniform Distribution) Replicate 3.Page 

### 79

Figure 125 . Observed and Expected CDFs for CASTILER:COMP_RCK (Triangular Distribution) Replicate 3.

Figure 126 . Observed and Expected CDFs for CASTILER:PRESSURE (Triangular Distribution) Replicate 3.Page 

### 80

Figure 127 . Observed and Expected CDFs for CASTILER:PRMX_LOG (Triangular Distribution) Replicate 3.

Figure 128 . Observed and Expected CDFs for CONC_PLG:PRMX_LOG (Uniform Distribution) Replicate 3.Page 

### 81

Figure 129 . Observed and Expected CDFs for CULEBRA:APOROS (Loguniform Distribution) Replicate 3.

Figure 130 . Observed and Expected CDFs for CULEBRA:DPOROS (User Continuous Distribution) Replicate 3.Page 

### 82

Figure 131 . Observed and Expected CDFs for CULEBRA:HMBLKLT (Uniform Distribution) Replicate 3.

Figure 132 . Observed and Expected CDFs for CULEBRA:MINP_FAC (Uniform Distribution) Replicate 3.Page 

### 83

Figure 133 . Observed and Expected CDFs for DRZ_1:PRMX_LOG (Uniform Distribution) Replicate 3.

Figure 134 . Observed and Expected CDFs for DRZ_PCS:PRMX_LOG (Triangular Distribution) Replicate 3.Page 

### 84

Figure 135 . Observed and Expected CDFs for GLOBAL:CLIMTIDX (User Continuous Distribution) Replicate 3.

Figure 136 . Observed and Expected CDFs for GLOBAL:OXSTAT (Uniform Distribution) Replicate 3.Page 

### 85

Figure 137 . Observed and Expected CDFs for GLOBAL:PBRINE (Uniform Distribution) Replicate 3.

Figure 138 . Observed and Expected CDFs for GLOBAL:TRANSIDX (Uniform Distribution) Replicate 3.Page 

### 86

Figure 139 . Observed and Expected CDFs for PCS_T1:PORE_DIS (User Continuous Distribution) Replicate 3.

Figure 140 . Observed and Expected CDFs for PCS_T1:POROSITY (Uniform Distribution) Replicate 3.Page 

### 87

Figure 141 . Observed and Expected CDFs for PCS_T1:PRMX_LOG (Uniform Distribution) Replicate 3.

Figure 142 . Observed and Expected CDFs for PCS_T1:SAT_IBRN (Uniform Distribution) Replicate 3.Page 

### 88

Figure 143 . Observed and Expected CDFs for PCS_T1:SAT_RBRN (User Continuous Distribution) Replicate 3.

Figure 144 . Observed and Expected CDFs for PCS_T1:SAT_RGAS (Uniform Distribution) Replicate 3.Page 

### 89

Figure 145 . Observed and Expected CDFs for PCS_T2:POR2PERM (Normal Distribution) Replicate 3.

Figure 146 . Observed and Expected CDFs for PCS_T2:POROSITY (Uniform Distribution) Replicate 3.Page 

### 90

Figure 147 . Observed and Expected CDFs for PCS_T3:POROSITY (Uniform Distribution) Replicate 3.

Figure 148 . Observed and Expected CDFs for PHUMOX3:PHUMCIM (User Continuous Distribution) Replicate 3.Page 

### 91

Figure 149 . Observed and Expected CDFs for PU+3:MKD_PU (Loguniform Distribution) Replicate 3.

Figure 150 . Observed and Expected CDFs for PU+4:MKD_PU (Loguniform Distribution) Replicate 3.Page 

### 92

Figure 151 . Observed and Expected CDFs for S_HALITE:COMP_RCK (Uniform Distribution) Replicate 3.

Figure 152 . Observed and Expected CDFs for S_HALITE:POROSITY (User Continuous Distribution) Replicate 3.Page 

### 93

Figure 153 . Observed and Expected CDFs for S_HALITE:PRESSURE (Uniform Distribution) Replicate 3.

Figure 154 . Observed and Expected CDFs for S_HALITE:PRMX_LOG (Uniform Distribution) Replicate 3.Page 

### 94

Figure 155 . Observed and Expected CDFs for S_MB139:PORE_DIS (Student Distribution) Replicate 3.

Figure 156 . Observed and Expected CDFs for S_MB139:PRMX_LOG (Student Distribution) Replicate 3.Page 

### 95

Figure 157 . Observed and Expected CDFs for S_MB139:RELP_MOD (User Discrete (Delta) Distribution) Replicate 3.

Figure 158 . Observed and Expected CDFs for S_MB139:SAT_RBRN (Student Distribution) Replicate 3.Page 

### 96

Figure 159

. Observed and Expected CDFs for SHFTL_T1:PRMX_LOG (User Continuous Distribution) Replicate 3.

Figure 160 . Observed and Expected CDFs for SHFTL_T2:PRMX_LOG (User Continuous Distribution) Replicate 3.Page 

### 97

Figure 161 . Observed and Expected CDFs for SHFTU:PRMX_LOG (User Continuous Distribution) Replicate 3.

Figure 162 . Observed and Expected CDFs for SHFTU:SAT_RBRN (User Continuous Distribution) Replicate 3.Page 

### 98

Figure 163 . Observed and Expected CDFs for SHFTU:SAT_RGAS (Uniform Distribution) Replicate 3.

Figure 164 . Observed and Expected CDFs for SOLMOD3:SOLVAR (User Continuous Distribution) Replicate 3.Page 

### 99

Figure 165 . Observed and Expected CDFs for SOLMOD4:SOLVAR (User Continuous Distribution) Replicate 3.

Figure 166 . Observed and Expected CDFs for SPALLMOD:PARTDIAM (Loguniform Distribution) Replicate 3.Page 

### 100

Figure 167 . Observed and Expected CDFs for SPALLMOD:REPIPERM (Loguniform Distribution) Replicate 3.

Figure 168 . Observed and Expected CDFs for SPALLMOD:REPIPOR (Uniform Distribution) Replicate 3.Page 

### 101

Figure 169 . Observed and Expected CDFs for SPALLMOD:TENSLSTR (Uniform Distribution) Replicate 3.

Figure 170 . Observed and Expected CDFs for STEEL:CORRMCO2 (Uniform Distribution) Replicate 3.Page 

### 102

Figure 171 . Observed and Expected CDFs for TH+4:MKD_TH (Loguniform Distribution) Replicate 3.

Figure 172 . Observed and Expected CDFs for U+4:MKD_U (Loguniform Distribution) Replicate 3.Page 

### 103

Figure 173 . Observed and Expected CDFs for U+6:MKD_U (Loguniform Distribution) Replicate 3.

Figure 174 . Observed and Expected CDFs for WAS_AREA:BIOGENFC (Uniform Distribution) Replicate 3.Page 

### 104

Figure 175 . Observed and Expected CDFs for WAS_AREA:GRATMICH (Uniform Distribution) Replicate 3.

Figure 176 . Observed and Expected CDFs for WAS_AREA:GRATMICI (Uniform Distribution) Replicate 3.Page 

### 105

Figure 177 . Observed and Expected CDFs for WAS_AREA:PROBDEG (User Discrete (Delta) Distribution) Replicate 3.

Figure 178 . Observed and Expected CDFs for WAS_AREA:SAT_RBRN (Uniform Distribution) Replicate 3.Page 

### 106

Figure 179 . Observed and Expected CDFs for WAS_AREA:SAT_RGAS (Uniform Distribution) Replicate 3.

Figure 180 . Observed and Expected CDFs for WAS_AREA:SAT_WICK (Uniform Distribution) Replicate 3.Page 

### 107

Figure 181

. The conditional relationship introduced between WAS_AREA:GRATMICI and WAS_AREA:GRATMICH also produces a correlation between the variables. 0.00E+00 1.00E-10 2.00E-10 3.00E-10 4.00E-10 5.00E-10 6.00E-10

0.00E+00 1.00E-10 2.00E-10 3.00E-10 4.00E-10 5.00E-10 6.00E-10WAS_AREA:GRAMITCH

WAS_AREA:GRAMITCIPage 

### 108



## Appendix I. Input file to PRELHS for Replicate 1

! TITLE: PCS-2012 PRELHS (LHS1) Input File ! ANALYSIS PLAN: AP-161 ! ANALYST: Tom Kirchner ! CREATED: July 2012 ! ! LHSCALC = PCS-2012 REALIZATION 1 !========================================================================= ! ! DESCRIPTION: ! ! WIPP PCS-2012 Performance Assessment Baseline Calculation, ! aka (AP161) ! ! This input file to PRELHS is used to generate, as an output file, an
LHS ! input file containing all distribution information and execution options ! required to create a sample for Replicate R1 for the WIPP PCS-2012 PA ! ! Changes from PABC09 analyses: CELLULS:FBETA removed ! Material CONC_PCS replaced by PCS_T1 for 4 properties ! (PRMX_LOG, SAT_RBRN, SAT_RGAS, and POR_DIS) ! PCS_T1:POROSITY added ! PCS_T2:POROSITY added ! PCS_T3:POROSITY added ! PCS_T2:POR2PERM added ! PCS_T1:SAT_IBRN added ! !Also, LHS_EDIT should control 41<42, and 74<73<72 (WAS_AREA:GRATMICI < WAS_AREA:GRATMICH and ! PCS_T3:POROSITY < PCS_T2:POROSITY < PCS_T1:POROSITY) ! !========= No Comments Allowed between *ECHOLHS and *ENDECHO

================ ! *ECHOLHS TITLE PABC09, AP161, Replicate R1 Input File for the LHS Code NOBS 100 RANDOM SEED 582592385
CORRELATION MATRIX 2 53 54 -0.99 61 62 -0.75
OUTPUT CORR HIST DATA *ENDECHO ! !== PROPERTIES TO BE RETRIEVED FROM WIPP PA CALCULATION DATABASE == ! *RETRIEVE !1 CCDFGF

Note that the relationship 41<42
should be listed as WAS_AREA:GRATMICH< WAS_AREA:GRATMICIPage 

### 109

MATERIALS, GLOBAL PROPERTIES, PBRINE !2 MATERIALS, REFCON PROPERTIES, LHSBLANK !3 MATERIALS, REFCON PROPERTIES, LHSBLANK !4 CUTTINGS_S MATERIALS, BOREHOLE PROPERTIES, DOMEGA !5 CUTTINGS_S MATERIALS, BOREHOLE PROPERTIES, TAUFAIL !6 MATERIALS, REFCON PROPERTIES, LHSBLANK !7 MATERIALS, REFCON PROPERTIES, LHSBLANK !8 DRSPALL MATERIALS, SPALLMOD PROPERTIES, REPIPERM !9 DRSPALL MATERIALS, SPALLMOD PROPERTIES, TENSLSTR !10 DRSPALL MATERIALS, SPALLMOD PROPERTIES, PARTDIAM !11 DRSPALL MATERIALS, SPALLMOD PROPERTIES, REPIPOR !12 MATERIALS, REFCON PROPERTIES, LHSBLANK !13 MATERIALS, REFCON PROPERTIES, LHSBLANK !14 MATERIALS, REFCON PROPERTIES, LHSBLANK !15 PANEL MATERIALS, SOLMOD3 PROPERTIES, SOLVAR !16 PANEL MATERIALS, SOLMOD4 PROPERTIES, SOLVAR !17 PANEL MATERIALS, PHUMOX3 PROPERTIES, PHUMCIM !18 PANEL/SECOTP2D MATERIALS, GLOBAL PROPERTIES, OXSTAT !19Page 

### 110

MATERIALS, REFCON PROPERTIES, LHSBLANK !20 MATERIALS, REFCON PROPERTIES, LHSBLANK !21 MATERIALS, REFCON PROPERTIES, LHSBLANK !22 MATERIALS, REFCON PROPERTIES, LHSBLANK !23 SECOTP2D MATERIALS, CULEBRA PROPERTIES, MINP_FAC !24 SECOTP2D MATERIALS, GLOBAL PROPERTIES, TRANSIDX !25 SECOTP2D MATERIALS, GLOBAL PROPERTIES, CLIMTIDX !26 SECOTP2D MATERIALS, CULEBRA PROPERTIES, HMBLKLT !27 SECOTP2D MATERIALS, CULEBRA PROPERTIES, APOROS !28 SECOTP2D MATERIALS, CULEBRA PROPERTIES, DPOROS !29 SECOTP2D MATERIALS, U+6 PROPERTIES, MKD_U !30 SECOTP2D MATERIALS, U+4 PROPERTIES, MKD_U !31 SECOTP2D MATERIALS, PU+3 PROPERTIES, MKD_PU !32 SECOTP2D MATERIALS, PU+4 PROPERTIES, MKD_PU !33 SECOTP2D
MA TERIALS, TH+4 PROPERTIES, MKD_TH !34 SECOTP2D MATERIALS, AM+3 PROPERTIES, MKD_AM !35 MATERIALS, REFCON PROPERTIES, LHSBLANK !36 MATERIALS, REFCON PROPERTIES, LHSBLANK !37Page 

### 111

MATERIALS, REFCON PROPERTIES, LHSBLANK !38 MATERIALS, REFCON PROPERTIES, LHSBLANK !39 BRAGFLO MATERIALS, STEEL PROPERTIES, CORRMCO2 !40 BRAGFLO/PANEL MATERIALS, WAS_AREA PROPERTIES, PROBDEG !41 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, GRATMICI !42 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, GRATMICH !43 BRAGF LO MATERIALS, PCS_T1 PROPERTIES, SAT_IBRN !44 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, SAT_RGAS !45 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, SAT_RBRN !46 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, SAT_WICK !47 BRAGFLO MATERIALS, DRZ_PCS PROPERTIES, PRMX_LOG !48 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, PRMX_LOG !49 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, SAT_RGAS !50 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, SAT_RBRN !51 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, PORE_DIS !52 BRAGFLO MATERIALS, S_HALITE PROPERTIES, POROSITY !53 BRAGFLO MATERIALS, S_HALITE PROPERTIES, PRMX_LOG !54 BRAGFLO MATERIALS, S_HALITE PROPERTIES, COMP_RCK !55 BRAGFLOPage 

### 112

MATERIALS, S_MB139 PROPERTIES, PRMX_LOG !56 BRAGFLO MATERIALS, S_MB139 PROPERTIES, RELP_MOD !57 BRAGFLO MATERIALS, S_MB139 PROPERTIES, SAT_RBRN !58 BRAGFLO MATERIALS, S_MB139 PROPERTIES, PORE_DIS !59 BRAGFLO MATERIALS, S_HALITE PROPERTIES, PRESSURE !60 BRAGFLO MATERIALS, CASTILER PROPERTIES, PRESSURE !61 BRAGFLO MATERIALS, CASTILER PROPERTIES, PRMX_LOG !62 BRAGFLO MATERIALS, CASTILER PROPERTIES, COMP_RCK !63 BRAGFLO MATERIALS, BH_SAND PROPERTIES, PRMX_LOG !64 BRAGFLO MATERIALS, DRZ_1 PROPERTIES, PRMX_LOG !65 BRAGFLO MATERIALS, CONC_PLG PROPERTIES, PRMX_LOG !66 BRAGFLO MATERIALS, SHFTU PROPERTIES, SAT_RBRN !67 BRAGFLO MATERIALS, SHFTU PROPERTIES, SAT_RGAS !68 BRAGFLO MATERIALS, SHFTU PROPERTIES, PRMX_LOG !69 BRAGFLO MATERIALS, SHFTL_T1 PROPERTIES, PRMX_LOG !70 BRAGFLO MATERIALS, SHFTL_T2 PROPERTIES, PRMX_LOG !71 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, BIOGENFC !72 MATERIALS, PCS_T1 PROPERTIES, POROSITY !73Page 

### 113

MATERIALS, PCS_T2 PROPERTIES, POROSITY !74 MATERIALS, PCS_T3 PROPERTIES, POROSITY !75 MATERIALS, PCS_T2 PROPERTIES, POR2PERM ! !========================================================================= ! *END



## Appendix II. Input file to PRELHS for Re 

# p licate 2

! TITLE: PCS-2012 PRELHS (LHS1) Input File ! ANALYSIS PLAN: AP-161 ! ANALYST: Tom Kirchner ! CREATED: July 2012 ! ! LHSCALC = PCS-2012 REALIZATION 2 !========================================================================= ! ! DESCRIPTION: ! ! WIPP PCS-2012 Performance Assessment Baseline Calculation, ! aka (AP161) ! ! This input file to PRELHS is used to generate, as an output file, an
LHS ! input file containing all distribution information and execution options ! required to create a sample for Replicate R2 for the WIPP PCS-2012 PA ! ! Changes from PABC09 analyses: CELLULS:FBETA removed ! Material CONC_PCS replaced by PCS_T1 for 4 properties ! (PRMX_LOG, SAT_RBRN, SAT_RGAS, and POR_DIS) ! PCS_T1:POROSITY added ! PCS_T2:POROSITY added ! PCS_T3:POROSITY added ! PCS_T2:POR2PERM added ! PCS_T1:SAT_IBRN added ! !Also, LHS_EDIT should control 41<42, and 74<73<72 (WAS_AREA:GRATMICI < WAS_AREA:GRATMICH and ! PCS_T3:POROSITY < PCS_T2:POROSITY < PCS_T1:POROSITY) ! !========= No Comments Allowed between *ECHOLHS and *ENDECHO

================ ! *ECHOLHS Note that the relationship 41<42

should be listed as WAS_AREA:GRATMICH< WAS_AREA:GRATMICIPage 

### 114

TITLE PABC09, AP161 Replicate R2 Input File for the LHS Code NOBS 100 RANDOM SEED 168866235
CORRELATION MATRIX 2 53 54 -0.99 61 62 -0.75
OUTPUT CORR HIST DATA *ENDECHO ! !== PROPERTIES TO BE RETRIEVED FROM WIPP PA CALCULATION DATABASE == ! *RETRIEVE !1 CCDFGF MATERIALS, GLOBAL PROPERTIES, PBRINE !2 MATERIALS, REFCON PROPERTIES, LHSBLANK !3 MATERIALS, REFCON PROPERTIES, LHSBLANK !4 CUTTINGS_S MATERIALS, BOREHOLE PROPERTIES, DOMEGA !5 CUTTINGS_S
MAT ERIALS, BOREHOLE PROPERTIES, TAUFAIL !6 MATERIALS, REFCON PROPERTIES, LHSBLANK !7 MATERIALS, REFCON PROPERTIES, LHSBLANK !8 DRSPALL MATERIALS, SPALLMOD PROPERTIES, REPIPERM !9 DRSPALL MATERIALS, SPALLMOD PROPERTIES, TENSLSTR !10 DRSPALL MATERIALS, SPALLMOD PROPERTIES, PARTDIAM !11 DRSPALL MATERIALS, SPALLMOD PROPERTIES, REPIPOR !12 MATERIALS, REFCON PROPERTIES, LHSBLANK !13 MATERIALS, REFCON PROPERTIES, LHSBLANK !14 MATERIALS, REFCONPage 

### 115

PROPERTIES, LHSBLANK !15 PANEL MATERIALS, SOLMOD3 PROPERTIES, SOLVAR !16 PANEL MATERIALS, SOLMOD4 PROPERTIES, SOLVAR !17 PANEL MATERIALS, PHUMOX3 PROPERTIES, PHUMCIM !18 PANEL/SECOTP2D MATERIALS, GLOBAL PROPERTIES, OXSTAT !19 MATERIALS, REFCON PROPERTIES, LHSBLANK !20 MATERIALS, REFCON PROPERTIES, LHSBLANK !21 MATERIALS, REFCON PROPERTIES, LHSBLANK !22 MATERIALS, REFCON PROPERTIES, LHSBLANK !23 SECOTP2D MATERIALS, CULEBRA PROPERTIES, MINP_FAC !24 SECOTP2D MATERIALS, GLOBAL PROPERTIES, TRANSIDX !25 SECOTP2D MATERIALS, GLOBAL PROPERTIES, CLIMTIDX !26 SECOTP2D MATERIALS, CULEBRA PROPERTIES, HMBLKLT !27 SECOTP2D MATERIALS, CULEBRA PROPERTIES, APOROS !28 SECOTP2D MATERIALS, CULEBRA PROPERTIES, DPOROS !29 SECOTP2D MATERIALS, U+6 PROPERTIES, MKD_U !30 SECOTP2D MATERIALS, U+4 PROPERTIES, MKD_U !31 SECOTP2D MATERIALS, PU+3 PROPERTIES, MKD_PU !32 SECOTP2D MATERIALS, PU+4Page 

### 116

PROPERTIES, MKD_PU !33 SECOTP2D MATERIALS, TH+4 PROPERTIES, MKD_TH !34 SECOTP2D MATERIALS, AM+3 PROPERTIES, MKD_AM !35 MATERIALS, REFCON PROPERTIES, LHSBLANK !36 MATERIALS, REFCON PROPERTIES, LHSBLANK !37 MATERIALS, REFCON PROPERTIES, LHSBLANK !38 MATERIALS, REFCON PROPERTIES, LHSBLANK !39 BRAGFLO MATERIALS, STEEL PROPERTIES, CORRMCO2 !40 BRAGFLO/PANEL MATERIALS, WAS_AREA PROPERTIES, PROBDEG !41 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, GRATMICI !42 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, GRATMICH !43 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, SAT_IBRN !44 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, SAT_RGAS !45 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, SAT_RBRN !46 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, SAT_WICK !47 BRAGFLO MATERIALS, DRZ_PCS PROPERTIES, PRMX_LOG !48 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, PRMX_LOG !49 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, SAT_RGAS !50 BRAGFLO MATERIALS, PCS_T1Page 

### 117

PROPERTIES, SAT_RBRN !51 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, PORE_DIS !52 BRAGFLO MATERIALS, S_HALITE PROPERTIES, POROSITY !53 BRAGFLO MATERIALS, S_HALITE PROPERTIES, PRMX_LOG !54 BRAGFLO MATERIALS, S_HALITE PROPERTIES, COMP_RCK !55 BRAGFLO MATERIALS, S_MB139 PROPERTIES, PRMX_LOG !56 BRAGFLO MATERIALS, S_MB139 PROPERTIES, RELP_MOD !57 BRAGFLO MATERIALS, S_MB1 39 PROPERTIES, SAT_RBRN !58 BRAGFLO MATERIALS, S_MB139 PROPERTIES, PORE_DIS !59 BRAGFLO MATERIALS, S_HALITE PROPERTIES, PRESSURE !60 BRAGFLO MATERIALS, CASTILER PROPERTIES, PRESSURE !61 BRAGFLO MATERIALS, CASTILER PROPERTIES, PRMX_LOG !62 BRAGFLO MATERIALS, CASTILER PROPERTIES, COMP_RCK !63 BRAGFLO MATERIALS, BH_SAND PROPERTIES, PRMX_LOG !64 BRAGFLO MATERIALS, DRZ_1 PROPERTIES, PRMX_LOG !65 BRAGFLO MATERIALS, CONC_PLG PROPERTIES, PRMX_LOG !66 BRAGFLO MATERIALS, SHFTU PROPERTIES, SAT_RBRN !67 BRAGFLO MATERIALS, SHFTU PROPERTIES, SAT_RGAS !68 BRAGFLO MATERIALS, SHFTUPage 

### 118

PROPERTIES, PRMX_LOG !69 BRAGFLO MATERIALS, SHFTL_T1 PROPERTIES, PRMX_LOG !70 BRAGFLO MATERIALS, SHFTL_T2 PROPERTIES, PRMX_LOG !71 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, BIOGENFC !72 MATERIALS, PCS_T1 PROPERTIES, POROSITY !73 MATERIALS, PCS_T2 PROPERTIES, POROSITY !74 MATERIALS, PCS_T3 PROPERTIES, POROSITY !75 MATERIALS, PCS_T2 PROPERTIES, POR2PERM ! !========================================================================= ! *ENDPage 

### 119



## Appendix III. Input file to PRELHS for Replicate 3

! TITLE: PCS-2012 PRELHS (LHS1) Input File ! ANALYSIS PLAN: AP-161 ! ANALYST: Tom Kirchner ! CREATED: July 2012 ! ! LHSCALC = PCS-2012 REALIZATION 3 !========================================================================= ! ! DESCRIPTION: ! ! WIPP PCS-2012 Performance Assessment Baseline Calculation, ! aka (AP161) ! ! This input file to PRELHS is used to generate, as an output file, an
LHS ! input file containing all distribution information and execution options ! required to create a sample for Replicate R3 for the WIPP PCS-2012 PA ! ! Changes from PABC09 analyses: CELLULS:FBETA removed ! Material CONC_PCS replaced by PCS_T1 for 4 properties ! (PRMX_LOG, SAT_RBRN, SAT_RGAS, and POR_DIS) ! PCS_T1:POROSITY added ! PCS_T2:POROSITY added ! PCS_T3:POROSITY added ! PCS_T2:POR2PERM added ! PCS_T1:SAT_IBRN added ! !Also, LHS_EDIT should control 41<42, and 74<73<72 (WAS_AREA:GRATMICI < WAS_AREA:GRATMICH and ! PCS_T3:POROSITY < PCS_T2:POROSITY < PCS_T1:POROSITY) ! !========= No Comments Allowed between *ECHOLHS and *ENDECHO

================ ! *ECHOLHS TITLE PABC09, AP161 Replicate R3 Input File for the LHS Code NOBS 100 RANDOM SEED 292058223
CORRELATION MATRIX 2 53 54 -0.99 61 62 -0.75
OUTPUT CORR HIST DATA *ENDECHO ! !== PROPERTIES TO BE RETRIEVED FROM WIPP PA CALCULATION DATABASE == ! *RETRIEVE !1 CCDFGF

Note that the relationship 41<42
should be listed as WAS_AREA:GRATMICH< WAS_AREA:GRATMICIPage 

### 120

MATERIALS, GLOBAL PROPERTIES, PBRINE !2 MATERIALS, REFCON PROPERTIES, LHSBLANK !3 MATERIALS, REFCON PROPERTIES, LHSBLANK !4 CUTTINGS_S MATERIALS, BOREHOLE PROPERTIES, DOMEGA !5 CUTTINGS_S MATERIALS, BOREHOLE PROPERTIES, TAUFAIL !6 MATERIALS, REFCON PROPERTIES, LHSBLANK !7 MATERIALS, REFCON PROPERTIES, LHSBLANK !8 DRSPALL MATERIALS, SPALLMOD PROPERTIES, REPIPERM !9 DRSPALL MATERIALS, SPALLMOD PROPERTIES, TENSLSTR !10 DRSPALL MATERIALS, SPALLMOD PROPERTIES, PARTDIAM !11 DRSPALL MATERIALS, SPALLMOD PROPERTIES, REPIPOR !12 MATERIALS, REFCON PROPERTIES, LHSBLANK !13 MATERIALS, REFCON PROPERTIES, LHSBLANK !14 MATERIALS, REFCON PROPERTIES, LHSBLANK !15 PANEL MATERIALS, SOLMOD3 PROPERTIES, SOLVAR !16 PANEL MATERIALS, SOLMOD4 PROPERTIES, SOLVAR !17 PANEL MATERIALS, PHUMOX3 PROPERTIES, PHUMCIM !18 PANEL/SECOTP2D MATERIALS, GLOBAL PROPERTIES, OXSTAT !19Page 

### 121

MATERIALS, REFCON PROPERTIES, LHSBLANK !20 MATERIALS, REFCON PROPERTIES, LHSBLANK !21 MATERIALS, REFCON PROPERTIES, LHSBLANK !22 MATERIALS, REFCON PROPERTIES, LHSBLANK !23 SECOTP2D MATERIALS, CULEBRA PROPERTIES, MINP_FAC !24 SECOTP2D MATERIALS, GLOBAL PROPERTIES, TRANSIDX !25 SECOTP2D MATERIALS, GLOBAL PROPERTIES, CLIMTIDX !26 SECOTP2D MATERIALS, CULEBRA PROPERTIES, HMBLKLT !27 SECOTP2D MATERIALS, CULEBRA PROPERTIES, APOROS !28 SECOTP2D MATERIALS, CULEBRA PROPERTIES, DPOROS !29 SECOTP2D MATERIALS, U+6 PROPERTIES, MKD_U !30 SECOTP2D MATERIALS, U+4 PROPERTIES, MKD_U !31 SECOTP2D MATERIALS, PU+3 PROPERTIES, MKD_PU !32 SECOTP2D MATERIALS, PU+4 PROPERTIES, MKD_PU !33 SECOTP2D MATERIALS, TH+4 PROPERTIES, MKD_TH !34 SECOTP2D MATERIALS, AM+3 PROPERTIES, MKD_AM !35 MATERIALS, REFCON PROPERTIES, LHSBLANK !36 MATERIALS, REFCON PROPERTIES, LHSBLANK !37Page 

### 122

MATERIALS, REFCON PROPERTIES, LHSBLANK !38 MATERIALS, REFCON PROPERTIES, LHSBLANK !39 BRAGF LO MATERIALS, STEEL PROPERTIES, CORRMCO2 !40 BRAGFLO/PANEL MATERIALS, WAS_AREA PROPERTIES, PROBDEG !41 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, GRATMICI !42 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, GRATMICH !43 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, SAT_IBRN !44 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, SAT_RGAS !45 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, SAT_RBRN !46 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, SAT_WICK !47 BRAGFLO MATERIALS, DRZ_PCS PROPERTIES, PRMX_LOG !48 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, PRMX_LOG !49 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, SAT_RGAS !50 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, SAT_RBRN !51 BRAGFLO MATERIALS, PCS_T1 PROPERTIES, PORE_DIS !52 BRAGFLO MATERIALS, S_HALITE PROPERTIES, POROSITY !53 BRAGFLO MATERIALS, S_HALITE PROPERTIES, PRMX_LOG !54 BRAGFLO MATERIALS, S_HALITE PROPERTIES, COMP_RCK !55 BRAGFLOPage 

### 123

MATERIALS, S_MB139 PROPERTIES, PRMX_LOG !56 BRAGFLO MATERIALS, S_MB139 PROPERTIES, RELP_MOD !57 BRAGFLO MATERIALS, S_MB139 PROPERTIES, SAT_RBRN !58 BRAGFLO MATERIALS, S_MB139 PROPERTIES, PORE_DIS !59 BRAGFLO MATERIALS, S_HALITE PROPERTIES, PRESSURE !60 BRAGFLO MATERIALS, CASTILER PROPERTIES, PRESSURE !61 BRAGFLO MATERIALS, CASTILER PROPERTIES, PRMX_LOG !62 BRAGFLO MATERIALS, CASTILER PROPERTIES, COMP_RCK !63 BRAGFLO MATERIALS, BH_SAND PROPERTIES, PRMX_LOG !64 BRAGFLO MATERIALS, DRZ_1 PROPERTIES, PRMX_LOG !65 BRAGFLO MATERIALS, CONC_PLG PROPERTIES, PRMX_LOG !66 BRAGFLO MATERIALS, SHFTU PROPERTIES, SAT_RBRN !67 BRAGFLO MATERIALS, SHFTU PROPERTIES, SAT_RGAS !68 BRAGFLO MATERIALS, SHFTU PROPERTIES, PRMX_LOG !69 BRAGFLO MATERIALS, SHFTL_T1 PROPERTIES, PRMX_LOG !70 BRAGFLO MATERIALS, SHFTL_T2 PROPERTIES, PRMX_LOG !71 BRAGFLO MATERIALS, WAS_AREA PROPERTIES, BIOGENFC !72 MATERIALS, PCS_T1 PROPERTIES, POROSITY !73Page 

### 124

MATERIALS, PCS_T2 PROPERTIES, POROSITY !74 MATERIALS, PCS_T3 PROPERTIES, POROSITY !75 MATERIALS, PCS_T2 PROPERTIES, POR2PERM ! !========================================================================= ! *END



## Appendix IV. PRELHS Output (Transfer) File for Replicate 1

TITLE SDB: ParamDB Calc: AP161 Ver: 2.00 07/27/12 16:17:03 TITLE PABC09, AP161, Replicate R1 Input File for the LHS Code NOBS 100 RANDOM SEED 582592385
UNIFORM GLOBAL PBRINE 1.00000E-02 6.00000E- 01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 USER DISTRIBUTION (CUMULATIVE) BOREHOLE DOMEGA 10 SPECIFIED CONTINUOUS 4.20000E+00 0.15000 6.30000E+00 0.50000 8.40000E+00 0.15000 1.05000E+01 0.10000 1.26000E+01 0.05000 1.47000E+01 0.02000 1.68000E+01 0.01000 1.88000E+01 0.01000 2.09000E+01 0.01000 2.30000E+01 0.00000
LOGUNIFORM BOREHOLE TAUFAIL 5.00000E-02 7.70000E+01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
LOGUNIFORM SPALLMOD REPIPERM 2.40000E-14 2.40000E- 12
UNIFORM SPALLMOD TENSLSTR 1.20000E+05 1.70000E+05
LOGUNIFORM SPALLMOD PARTDIAM 1.00000E-03 1.00000E- 01
UNIFORM SPALLMOD REPIPOR 3.50000E-01 6.60000E- 01
UNIFORM REFCON LHSBLANKPage 

### 125

0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 USER DISTRIBUTION (CUMULATIVE) SOLMOD3 SOLVAR 48 SPECIFIED CONTINUOUS -4.20000E+00 0.00290 -4.05000E+00 0.00000 -3.90000E+00 0.00580 -3.75000E+00 0.01150 -3.60000E+00 0.01450 -3.45000E+00 0.00290 -3.30000E+00 0.00580 -3.15000E+00 0.00860 -3.00000E+00 0.00290 -2.85000E+00 0.00000 -2.70000E+00 0.00580 -2.55000E+00 0.00870 -2.40000E+00 0.00860 -2.25000E+00 0.00580 -2.10000E+00 0.00000 -1.95000E+00 0.00290 -1.80000E+00 0.00580 -1.65000E+00 0.00580 -1.50000E+00 0.00570 -1.35000E+00 0.02610 -1.20000E+00 0.02600 -1.05000E+00 0.02890 -9.00000E-01 0.02600 -7.50000E-01 0.02890 -6.00000E-01 0.03760 -4.50000E-01 0.06070 -3.00000E-01 0.05200 -1.50000E-01 0.07220 0.00000E+00 0.07810 1.50000E-01 0.07800 3.00000E-01 0.07800 4.50000E-01 0.03470 6.00000E-01 0.08380 7.50000E-01 0.08960 9.00000E-01 0.02030 1.05000E+00 0.01440 1.20000E+00 0.01450 1.35000E+00 0.00860 1.50000E+00 0.00290 1.65000E+00 0.01160 1.80000E+00 0.00860 1.95000E+00 0.00580 2.10000E+00 0.00000 2.25000E+00 0.00290 2.40000E+00 0.00290 2.55000E+00 0.00290 2.70000E+00 0.00000Page 

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2.85000E+00 0.00000 USER DISTRIBUTION (CUMULATIVE) SOLMOD4 SOLVAR 38 SPECIFIED CONTINUOUS -2.25000E+00 0.01430 -2.10000E+00 0.00710 -1.95000E+00 0.01430 -1.80000E+00 0.02860 -1.65000E+00 0.02860 -1.50000E+00 0.05000 -1.35000E+00 0.07850 -1.20000E+00 0.04290 -1.05000E+00 0.03570 -9.00000E-01 0.05710 -7.50000E-01 0.08580 -6.00000E-01 0.10710 -4.50000E-01 0.02140 -3.00000E-01 0.03570 -1.50000E-01 0.04290 0.00000E+00 0.03570 1.50000E-01 0.09290 3.00000E-01 0.05000 4.50000E-01 0.00710 6.00000E-01 0.04290 7.50000E-01 0.03570 9.00000E-01 0.02140 1.05000E+00 0.00000 1.20000E+00 0.00720 1.35000E+00 0.01420 1.50000E+00 0.00720 1.65000E+00 0.00710 1.80000E+00 0.00000 1.95000E+00 0.00720 2.10000E+00 0.00000 2.25000E+00 0.00710 2.40000E+00 0.00000 2.55000E+00 0.00000 2.70000E+00 0.00000 2.85000E+00 0.00000 3.00000E+00 0.00000 3.15000E+00 0.01430 3.30000E+00 0.00000 USER DISTRIBUTION (CUMULATIVE) PHUMOX3 PHUMCIM 3 SPECIFIED CONTINUOUS 6.50000E-02 0.50000 1.37000E+00 0.50000 1.60000E+00 0.00000
UNIFORM GLOBAL OXSTAT 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00Page 

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UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 UNIFORM CULEBRA MINP_FAC 1.00000E+00 1.00000E+03
UNIFORM GLOBAL TRANSIDX 0.00000E+00 1.00000E+00 USER DISTRIBUTION (CUMULATIVE) GLOBAL CLIMTIDX 4 SPECIFIED CONTINUOUS 1.00000E+00 0.75000 1.25000E+00 0.00000 1.50000E+00 0.25000 2.25000E+00 0.00000
UNIFORM CULEBRA HMBLKLT 5.00000E-02 5.00000E- 01
LOGUNIFORM CULEBRA APOROS 1.00000E-04 1.00000E- 02 USER DISTRIBUTION (CUMULATIVE) CULEBRA DPOROS 7 SPECIFIED CONTINUOUS 1.00000E-01 0.10000 1.10000E-01 0.15000 1.20000E-01 0.25000 1.60000E-01 0.25000 1.80000E-01 0.15000 1.90000E-01 0.10000 2.50000E-01 0.00000 LOGUNIFORM U+6 MKD_U 3.00000E-05 2.00000E- 02 LOGUNIFORM U+4 MKD_U 5.00000E-04 1.00000E+01
LOGUNIFORM PU+3 MKD_PU 5.00000E-03 4.00000E- 01 LOGUNIFORM PU+4 MKD_PU 5.00000E-04 1.00000E+01 LOGUNIFORM TH+4 MKD_TH 5.00000E-04 1.00000E+01 LOGUNIFORM AM+3 MKD_AM 5.00000E-03 4.00000E- 01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNI FORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 UNIFORM STEEL CORRMCO2 0.00000E+00 3.17000E- 14 USER DISTRIBUTION (DELTA) WAS_AREA PROBDEG 2 SPECIFIED DISCRETE 1.00000E+00 0.75000 2.00000E+00 0.25000 UNIFORM WAS_AREA GRATMICI 3.08269E-11 5.56921E- 10 UNIFORM WAS_AREA GRATMICHPage 

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0.00000E+00 1.02717E- 09 UNIFORM PCS_T1 SAT_IBRN 4.00000E-02 1.60000E- 01 UNIFORM WAS_AREA SAT_RGAS 0.00000E+00 1.50000E- 01 UNIFORM WAS_AREA SAT_RBRN 0.00000E+00 5.52000E- 01 UNIFORM WAS_AREA SAT_WICK 0.00000E+00 1.00000E+00 TRIANGULAR DRZ_PCS PRMX_LOG -2.06990E+01 -1.87496E+01 -1.70000E+01 UNIFORM PCS_T1 PRMX_LOG -2.10000E+01 -1.20000E+01 UNIFORM PCS_T1 SAT_RGAS 0.00000E+00 4.00000E- 01 USER DISTRIBUTION (CUMULATIVE) PCS_T1 SAT_RBRN 3 SPECIFIED CONTINUOUS 0.00000E+00 0.50000 2.00000E-01 0.50000 6.00000E-01 0.00000 USER DISTRIBUTION (CUMULATIVE) PCS_T1 PORE_DIS 3 SPECIFIED CONTINUOUS 1.10000E-01 0.50000 9.40000E-01 0.50000 8.10000E+00 0.00000 USER DISTRIBUTION (CUMULATIVE) S_HALITE POROSITY 3 SPECIFIED CONTINUOUS 1.00000E-03 0.50000 1.00000E-02 0.50000 5.19000E-02 0.00000 UNIFORM S_HALITE PRMX_LOG -2.40000E+01 -2.10000E+01 UNIFORM S_HALITE COMP_RCK 2.94000E-12 1.92000E- 10 STUDENT S_MB139 PRMX_LOG 6 -2.10000E+01 -1.92000E+01 -1.91000E+01 -1.88000E+01 -1.81000E+01 - 1.71000E+01 USER DISTRIBUTION (DELTA) S_MB139 RELP_MOD 4 SPECIFIED DISCRETE 1.00000E+00 0.50000 2.00000E+00 0.00000 3.00000E+00 0.00000 4.00000E+00 0.50000 STUDENT S_MB139 SAT_RBRN 6 7.78460E-03 6.88420E-02 6.98600E-02 7.26200E-02 1.08610E-01 1.74010E- 01 STUDENT S_MB139 PORE_DIS 6 4.90530E-01 5.57750E-01 6.52000E-01 6.55000E-01 6.64520E-01 8.41780E- 01 UNIFORM S_HALITE PRESSURE 1.10400E+07 1.38900E+07Page 

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TRIANGULAR CASTILER PRESSURE 1.11000E+07 1.27000E+07 1.70000E+07 TRIANGULAR CASTILER PRMX_LOG -1.47000E+01 -1.18000E+01 -9.80000E+00 TRIANGULAR CASTILER COMP_RCK 2.00000E-11 4.00000E-11 1.00000E- 10 UNIFORM BH_SAND PRMX_LOG -1.63000E+01 -1.10000E+01 UNIFORM DRZ_1 PRMX_LOG -1.94000E+01 -1.25000E+01 UNIFORM CONC_PLG PRMX_LOG -1.90000E+01 -1.70000E+01 USER DISTRIBUTION (CUMULATIVE) SHFTU SAT_RBRN 3 SPECIFIED CONTINUOUS 0.00000E+00 0.50000 2.00000E-01 0.50000 6.00000E-01 0.00000 UNIFORM SHFTU SAT_RGAS 0.00000E+00 4.00000E- 01 USER DISTRIBUTION (CUMULATIVE) SHFTU PRMX_LOG 9 SPECIFIED CONTINUOUS -2.05000E+01 0.03000 -2.00000E+01 0.08000 -1.95000E+01 0.13000 -1.90000E+01 0.19000 -1.85000E+01 0.22000 -1.80000E+01 0.24000 -1.75000E+01 0.10000 -1.70000E+01 0.01000 -1.65000E+01 0.00000 USER DISTRIBUTION (CUMULATIVE) SHFTL_T1 PRMX_LOG 8 SPECIFIED CONTINUOUS -2.00000E+01 0.01000 -1.95000E+01 0.09000 -1.90000E+01 0.20700 -1.85000E+01 0.33000 -1.80000E+01 0.23600 -1.75000E+01 0.12000 -1.70000E+01 0.00700 -1.65000E+01 0.00000 USER DISTRIBUTION (CUMULATIVE) SHFTL_T2 PRMX_LOG 10 SPECIFIED CONTINUOUS -2.25000E+01 0.02000 -2.20000E+01 0.06000 -2.15000E+01 0.09000 -2.10000E+01 0.13500 -2.05000E+01 0.22000 -2.00000E+01 0.17500 -1.95000E+01 0.16500 -1.90000E+01 0.10000 -1.85000E+01 0.03500 -1.80000E+01 0.00000 UNIFORM WAS_AREA BIOGENFC 0.00000E+00 1.00000E+00Page 

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UNIFORM PCS_T1 POROSITY 6.60000E-02 1.87000E- 01 UNIFORM PCS_T2 POROSITY 2.50000E-02 7.50000E- 02 UNIFORM PCS_T3 POROSITY 1.00000E-03 5.19000E- 02 NORMAL PCS_T2 POR2PERM -1.72000E+00 1.72000E+00
CORRELATION MATRIX 2 53 54 -0.99 61 62 -0.75
OUTPUT CORR HIST DATA TITLE SDB: ParamDB Calc: AP161 Ver: 2.00 07/27/12 16:17:03Page 

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## Appendix V. PRELHS Output (Transfer) File for Replicate 2

TITLE SDB: ParamDB Calc: AP161 Ver: 2.00 07/27/12 16:17:28 TITLE PABC09, AP161 Replicate R2 Input File for the LHS Code NOBS 100 RANDOM SEED 168866235
UNIFORM GLOBAL PBRINE 1.00000E-02 6.00000E- 01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 USER DISTRIBUTION (CUMULATIVE) BOREHOLE DOMEGA 10 SPECIFIED CONTINUOUS 4.20000E+00 0.15000 6.30000E+00 0.50000 8.40000E+00 0.15000 1.05000E+01 0.10000 1.26000E+01 0.05000 1.47000E+01 0.02000 1.68000E+01 0.01000 1.88000E+01 0.01000 2.09000E+01 0.01000 2.30000E+01 0.00000
LOGUNIFORM BOREHOLE TAUFAIL 5.00000E-02 7.70000E+01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UN IFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
LOGUNIFORM SPALLMOD REPIPERM 2.40000E-14 2.40000E- 12
UNIFORM SPALLMOD TENSLSTR 1.20000E+05 1.70000E+05
LOGUNIFORM SPALLMOD PARTDIAM 1.00000E-03 1.00000E- 01
UNIFORM SPALLMOD REPIPOR 3.50000E-01 6.60000E- 01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 USER DISTRIBUTION (CUMULATIVE) SOLMOD3 SOLVAR 48 SPECIFIED CONTINUOUS -4.20000E+00 0.00290 -4.05000E+00 0.00000 -3.90000E+00 0.005 80 -3.75000E+00 0.01150 -3.60000E+00 0.01450 -3.45000E+00 0.00290 -3.30000E+00 0.00580Page 

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-3.15000E+00 0.00860 -3.00000E+00 0.00290 -2.85000E+00 0.00000 -2.70000E+00 0.00580 -2.55000E+00 0.00870 -2.40000E+00 0.00860 -2.25000E+00 0.00580 -2.10000E+00 0.00000 -1.95000E+00 0.00290 -1.80000E+00 0.00580 -1.65000E+00 0.00580 -1.50000E+00 0.00570 -1.35000E+00 0.02610 -1.20000E+00 0.02600 -1.05000E+00 0.02890 -9.00000E-01 0.02600 -7.50000E-01 0.02890 -6.00000E-01 0.03760 -4.50000E-01 0.06070 -3.00000E-01 0.05200 -1.50000E-01 0.07220 0.00000E+00 0.07810 1.50000E-01 0.07800 3.00000E-01 0.07800 4.50000E-01 0.03470 6.00000E-01 0.08380 7.50000E-01 0.08960 9.00000E-01 0.02030 1.05000E+00 0.01440 1.20000E+00 0.01450 1.35000E+00 0.00860 1.50000E+00 0.00290 1.65000E+00 0.01160 1.80000E+00 0.00860 1.95000E+00 0.00580 2.10000E+00 0.00000 2.25000E+00 0.00290 2.40000E+00 0.00290 2.55000E+00 0.00290 2.70000E+00 0.00000 2.85000E+00 0.00000 USER DISTRIBUTION (CUMULATIVE) SOLMOD4 SOLVAR 38 SPECIFIED CONTINUOUS -2.25000E+00 0.01430 -2.10000E+00 0.00710 -1.95000E+00 0.01430 -1.80000E+00 0.02860 -1.65000E+00 0.02860 -1.50000E+00 0.05000 -1.35000E+00 0.07850 -1.20000E+00 0.04290 -1.05000E+00 0.03570 -9.00000E-01 0.05710 -7.50000E-01 0.08580Page 

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-6.00000E-01 0.10710 -4.50000E-01 0.02140 -3.00000E-01 0.03570 -1.50000E-01 0.04290 0.00000E+00 0.03570 1.50000E-01 0.09290 3.00000E-01 0.05000 4.50000E-01 0.00710 6.00000E-01 0.04290 7.50000E-01 0.03570 9.00000E-01 0.02140 1.05000E+00 0.00000 1.20000E+00 0.00720 1.35000E+00 0.01420 1.50000E+00 0.00720 1.65000E+00 0.00710 1.80000E+00 0.00000 1.95000E+00 0.00720 2.10000E+00 0.00000 2.25000E+00 0.00710 2.40000E+00 0.00000 2.55000E+00 0.00000 2.70000E+00 0.00000 2.85000E+00 0.00000 3.00000E+00 0.00000 3.15000E+00 0.01430 3.30000E+00 0.00000 USER DISTRIBUTION (CUMULATIVE) PHUMOX3 PHUMCIM 3 SPECIFIED CONTINUOUS 6.50000E-02 0.50000 1.37000E+00 0.50000 1.60000E+00 0.00000
UNIFORM GLOBAL OXSTAT 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 UNIFORM CULEBRA MINP_FAC 1.00000E+00 1.00000E+03
UNIFORM GLOBAL TRANSIDX 0.00000E+00 1.00000E+00 USER DISTRIBUTION (CUMULATIVE) GLOBAL CLIMTIDX 4 SPECIFIED CONTINUOUS 1.00000E+00 0.75000 1.25000E+00 0.00000 1.50000E+00 0.25000 2.25000E+00 0.00000
UNIFORM CULEBRA HMBLKLT 5.00000E-02 5.00000E- 01Page 

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LOGUNIFORM CULEBRA APOROS 1.00000E-04 1.00000E- 02 USER DISTRIBUTION (CUMULATIVE) CULEBRA DPOROS 7 SPECIFIED CONTINUOUS 1.00000E-01 0.10000 1.10000E-01 0.15000 1.20000E-01 0.25000 1.60000E-01 0.25000 1.80000E-01 0.15000 1.90000E-01 0.10000 2.50000E-01 0.00000 LOGUNIFORM U+6 MKD_U 3.00000E-05 2.00000E- 02 LOGUNIFORM U+4 MKD_U 5.00000E-04 1.00000E+01
LOGUNIFORM PU+3 MKD_PU 5.00000E-03 4.00000E- 01 LOGUNIFORM PU+4 MKD_PU 5.00000E-04 1.00000E+01 LOGUNIFORM TH+4 MKD_TH 5.00000E-04 1.00000E+01 LOGUNIFORM AM+3 MKD_AM 5.00000E-03 4.00000E- 01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNI FORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 UNIFORM STEEL CORRMCO2 0.00000E+00 3.17000E- 14 USER DISTRIBUTION (DELTA) WAS_AREA PROBDEG 2 SPECIFIED DISCRETE 1.00000E+00 0.75000 2.00000E+00 0.25000 UNIFORM WAS_AREA GRATMICI 3.08269E-11 5.56921E- 10 UNIFORM WAS_AREA GRATMICH 0.00000E+00 1.02717E- 09 UNIFORM PCS_T1 SAT_IBRN 4.00000E-02 1.60000E- 01 UNIFORM WAS_AREA SAT_RGAS 0.00000E+00 1.50000E- 01 UNIFORM WAS_AREA SAT_RBRN 0.00000E+00 5.52000E- 01 UNIFORM WAS_AREA SAT_WICK 0.00000E+00 1.00000E+00 TRIANGULAR DRZ_PCS PRMX_LOG -2.06990E+01 -1.87496E+01 -1.70000E+01 UNIFORM PCS_T1 PRMX_LOG -2.10000E+01 -1.20000E+01 UNIFORM PCS_T1 SAT_RGASPage 

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0.00000E+00 4.00000E- 01 USER DISTRIBUTION (CUMULATIVE) PCS_T1 SAT_RBRN 3 SPECIFIED CONTINUOUS 0.00000E+00 0.50000 2.00000E-01 0.50000 6.00000E-01 0.00000 USER DISTRIBUTION (CUMULATIVE) PCS_T1 PORE_DIS 3 SPECIFIED CONTINUOUS 1.10000E-01 0.50000 9.40000E-01 0.50000 8.10000E+00 0.00000 USER DISTRIBUTION (CUMULATIVE) S_HALITE POROSITY 3 SPECIFIED CONTINUOUS 1.00000E-03 0.50000 1.00000E-02 0.50000 5.19000E-02 0.00000 UNIFORM S_HALITE PRMX_LOG -2.40000E+01 -2.10000E+01 UNIFORM S_HALITE COMP_RCK 2.94000E-12 1.92000E- 10 STUDENT S_MB139 PRMX_LOG 6 -2.10000E+01 -1.92000E+01 -1.91000E+01 -1.88000E+01 -1.81000E+01 - 1.71000E+01 USER DISTRIBUTION (DELTA) S_MB139 RELP_MOD 4 SPECIFIED DISCRETE 1.00000E+00 0.50000 2.00000E+00 0.00000 3.00000E+00 0.00000 4.00000E+00 0.50000 STUDENT S_MB139 SAT_RBRN 6 7.78460E-03 6.88420E-02 6.98600E-02 7.26200E-02 1.08610E-01 1.74010E- 01 STUDENT S_MB139 PORE_DIS 6 4.90530E-01 5.57750E-01 6.52000E-01 6.55000E-01 6.64520E-01 8.41780E- 01 UNIFORM S_HALITE PRESSURE 1.10400E+07 1.38900E+07
TRIANGULAR CASTILER PRESSURE 1.11000E+07 1.27000E+07 1.70000E+07 TRIANGULAR CASTILER PRMX_LOG -1.47000E+01 -1.18000E+01 -9.80000E+00 TRIANGULAR CASTILER COMP_RCK 2.00000E-11 4.00000E-11 1.00000E- 10 UNIFORM BH_SAND PRMX_LOG -1.63000E+01 -1.10000E+01 UNIFORM DRZ_1 PRMX_LOG -1.94000E+01 -1.25000E+01 UNIFORM CONC_PLG PRMX_LOG -1.90000E+01 -1.70000E+01 USER DISTRIBUTION (CUMULATIVE) SHFTU SAT_RBRN 3 SPECIFIED CONTINUOUSPage 

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0.00000E+00 0.50000 2.00000E-01 0.50000 6.00000E-01 0.00000 UNIFORM SHFTU SAT_RGAS 0.00000E+00 4.00000E- 01 USER DISTRIBUTION (CUMULATIVE) SHFTU PRMX_LOG 9 SPECIFIED CONTINUOUS -2.05000E+01 0.03000 -2.00000E+01 0.08000 -1.95000E+01 0.13000 -1.90000E+01 0.19000 -1.85000E+01 0.22000 -1.80000E+01 0.24000 -1.75000E+01 0.10000 -1.70000E+01 0.01000 -1.65000E+01 0.00000 USER DISTRIBUTION (CUMULATIVE) SHFTL_T1 PRMX_LOG 8 SPECIFIED CONTINUOUS -2.00000E+01 0.01000 -1.95000E+01 0.09000 -1.90000E+01 0.20700 -1.85000E+01 0.33000 -1.80000E+01 0.23600 -1.75000E+01 0.12000 -1.70000E+01 0.00700 -1.65000E+01 0.00000 USER DISTRIBUTION (CUMULATIVE) SHFTL_T2 PRMX_LOG 10 SPECIFIED CONTINUOUS -2.25000E+01 0.02000 -2.20000E+01 0.06000 -2.15000E+01 0.09000 -2.10000E+01 0.13500 -2.05000E+01 0.22000 -2.00000E+01 0.17500 -1.95000E+01 0.16500 -1.90000E+01 0.10000 -1.85000E+01 0.03500 -1.80000E+01 0.00000 UNIFORM WAS_AREA BIOGENFC 0.00000E+00 1.00000E+00 UNIFORM PCS_T1 POROSITY 6.60000E-02 1.87000E- 01 UNIFORM PCS_T2 POROSITY 2.50000E-02 7.50000E- 02 UNIFORM PCS_T3 POROSITY 1.00000E-03 5.19000E- 02 NORMAL PCS_T2 POR2PERM -1.72000E+00 1.72000E+00
CORRELATION MATRIX 2 53 54 -0.99 61 62 -0.75
OUTPUT CORR HIST DATAPage 

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TITLE SDB: ParamDB Calc: AP161 Ver: 2.00 07/27/12 16:17:28Page 

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## Appendix VI. PRELHS Output (Transfer) File for Replicate 3

TITLE SDB: ParamDB Calc: AP161 Ver: 2.00 07/27/12 16:17:47 TITLE PABC09, AP161 Replicate R3 Input File for the LHS Code NOBS 100 RANDOM SEED 292058223
UNIFORM GLOBAL PBRINE 1.00000E-02 6.00000E- 01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 USER DISTRIBUTION (CUMULATIVE) BOREHOLE DOMEGA 10 SPECIFIED CONTINUOUS 4.20000E+00 0.15000 6.30000E+00 0.50000 8.40000E+00 0.150 00 1.05000E+01 0.10000 1.26000E+01 0.05000 1.47000E+01 0.02000 1.68000E+01 0.01000 1.88000E+01 0.01000 2.09000E+01 0.01000 2.30000E+01 0.00000
LOGUNIFORM BOREHOLE TAUFAIL 5.00000E-02 7.70000E+ 01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
LOGUNIFORM SPALLMOD REPIPERM 2.40000E-14 2.40000E- 12
UNIFORM SPALLMOD TENSLSTR 1.20000E+05 1.70000E+05
LOGUNIFORM SPALLMOD PARTDIAM 1.00000E-03 1.00000E- 01
UNIFORM SPALLMOD REPIPOR 3.50000E-01 6.60000E- 01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 USER DISTRIBUTION (CUMULATIVE) SOLMOD3 SOLVAR 48 SPECIFIED CONTINUOUS -4.20000E+00 0.00290 -4.05000E+00 0.00000 -3.90000E+00 0.00580 -3.75000E+00 0.01150 -3.60000E+00 0.01450 -3.45000E+00 0.00290 -3.30000E+00 0.00580Page 

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-3.15000E+00 0.00860 -3.00000E+00 0.00290 -2.85000E+00 0.00000 -2.70000E+00 0.00580 -2.55000E+00 0.00870 -2.40000E+00 0.00860 -2.25000E+00 0.00580 -2.10000E+00 0.00000 -1.95000E+00 0.00290 -1.80000E+00 0.00580 -1.65000E+00 0.00580 -1.50000E+00 0.00570 -1.35000E+00 0.02610 -1.20000E+00 0.02600 -1.05000E+00 0.02890 -9.00000E-01 0.02600 -7.50000E-01 0.02890 -6.00000E-01 0.03760 -4.50000E-01 0.06070 -3.00000E-01 0.05200 -1.50000E-01 0.07220 0.00000E+00 0.07810 1.50000E-01 0.07800 3.00000E-01 0.07800 4.50000E-01 0.03470 6.00000E-01 0.08380 7.50000E-01 0.08960 9.00000E-01 0.02030 1.05000E+00 0.01440 1.20000E+00 0.01450 1.35000E+00 0.00860 1.50000E+00 0.00290 1.65000E+00 0.01160 1.80000E+00 0.00860 1.95000E+00 0.00580 2.10000E+00 0.00000 2.25000E+00 0.00290 2.40000E+00 0.00290 2.55000E+00 0.00290 2.70000E+00 0.00000 2.85000E+00 0.00000 USER DISTRIBUTION (CUMULATIVE) SOLMOD4 SOLVAR 38 SPECIFIED CONTINUOUS -2.25000E+00 0.01430 -2.10000E+00 0.00710 -1.95000E+00 0.01430 -1.80000E+00 0.02860 -1.65000E+00 0.02860 -1.50000E+00 0.05000 -1.35000E+00 0.07850 -1.20000E+00 0.04290 -1.05000E+00 0.03570 -9.00000E-01 0.05710 -7.50000E-01 0.08580Page 

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-6.00000E-01 0.10710 -4.50000E-01 0.02140 -3.00000E-01 0.03570 -1.50000E-01 0.04290 0.00000E+00 0.03570 1.50000E-01 0.09290 3.00000E-01 0.05000 4.50000E-01 0.00710 6.00000E-01 0.04290 7.50000E-01 0.03570 9.00000E-01 0.02140 1.05000E+00 0.00000 1.20000E+00 0.00720 1.35000E+00 0.01420 1.50000E+00 0.00720 1.65000E+00 0.00710 1.80000E+00 0.00000 1.95000E+00 0.00720 2.10000E+00 0.00000 2.25000E+00 0.00710 2.40000E+00 0.00000 2.55000E+00 0.00000 2.70000E+00 0.00000 2.85000E+00 0.00000 3.00000E+00 0.00000 3.15000E+00 0.01430 3.30000E+00 0.00000 USER DISTRIBUTION (CUMULATIVE) PHUMOX3 PHUMCIM 3 SPECIFIED CONTINUOUS 6.50000E-02 0.50000 1.37000E+00 0.50000 1.60000E+00 0.00000
UNIFORM GLOBAL OXSTAT 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 UNIFORM CULEBRA MINP_FAC 1.00000E+00 1.00000E+03
UNIFORM GLOBAL TRANSIDX 0.00000E+00 1.00000E+00 USER DISTRIBUTION (CUMULATIVE) GLOBAL CLIMTIDX 4 SPECIFIED CONTINUOUS 1.00000E+00 0.75000 1.25000E+00 0.00000 1.50000E+00 0.25000 2.25000E+00 0.00000
UNIFORM CULEBRA HMBLKLT 5.00000E-02 5.00000E- 01Page 

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LOGUNIFORM CULEBRA APOROS 1.00000E-04 1.00000E- 02 USER DISTRIBUTION (CUMULATIVE) CULEBRA DPOROS 7 SPECIFIED CONTINUOUS 1.00000E-01 0.10000 1.10000E-01 0.15000 1.20000E-01 0.25000 1.60000E-01 0.25000 1.80000E-01 0.15000 1.90000E-01 0.10000 2.50000E-01 0.00000 LOGUNIFORM U+6 MKD_U 3.00000E-05 2.00000E- 02 LOGUNIFORM U+4 MKD_U 5.00000E-04 1.00000E+01 LOGUNIFORM PU+3 MKD_PU 5.00000E-03 4.00000E- 01 LOGUNIFORM PU+4 MKD_PU 5.00000E-04 1.00000E+01 LOGUNIFORM TH+4 MKD_TH 5.00000E-04 1.00000E+01
LO GUNIFORM AM+3 MKD_AM 5.00000E-03 4.00000E- 01
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00
UNIFORM REFCON LHSBLANK 0.00000E+00 1.00000E+00 UNIFORM STEEL CORRMCO2 0.00000E+00 3.17000E- 14 USER DISTRIBUTION (DELTA) WAS_AREA PROBDEG 2 SPECIFIED DISCRETE 1.00000E+00 0.75000 2.00000E+00 0.25000 UNIFORM WAS_AREA GRATMICI 3.08269E-11 5.56921E- 10 UNIFORM WAS_AREA GRATMICH 0.00000E+00 1.02717E- 09 UNIFORM PCS_T1 SAT_IBRN 4.00000E-02 1.60000E- 01 UNIFORM WAS_AREA SAT_RGAS 0.00000E+00 1.50000E- 01 UNIFORM WAS_AREA SAT_RBRN 0.00000E+00 5.52000E- 01 UNIFORM WAS_AREA SAT_WICK 0.00000E+00 1.00000E+00 TRIANGULAR DRZ_PCS PRMX_LOG -2.06990E+01 -1.87496E+01 -1.70000E+01 UNIFORM PCS_T1 PRMX_LOG -2.10000E+01 -1.20000E+01 UNIFORM PCS_T1 SAT_RGASPage 

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0.00000E+00 4.00000E- 01 USER DISTRIBUTION (CUMULATIVE) PCS_T1 SAT_RBRN 3 SPECIFIED CONTINUOUS 0.00000E+00 0.50000 2.00000E-01 0.50000 6.00000E-01 0.00000 USER DISTRIBUTION (CUMULATIVE) PCS_T1 PORE_DIS 3 SPECIFIED CONTINUOUS 1.10000E-01 0.50000 9.40000E-01 0.50000 8.10000E+00 0.00000 USER DISTRIBUTION (CUMULATIVE) S_HALITE POROSITY 3 SPECIFIED CONTINUOUS 1.00000E-03 0.50000 1.00000E- 02 0.50000 5.19000E-02 0.00000 UNIFORM S_HALITE PRMX_LOG -2.40000E+01 -2.10000E+01 UNIFORM S_HALITE COMP_RCK 2.94000E-12 1.92000E- 10 STUDENT S_MB139 PRMX_LOG 6 -2.10000E+01 -1.92000E+01 -1.91000E+01 -1.88000E+01 -1.81000E+01 - 1.71000E+01 USER DISTRIBUTION (DELTA) S_MB139 RELP_MOD 4 SPECIFIED DISCRETE 1.00000E+00 0.50000 2.00000E+00 0.00000 3.00000E+00 0.00000 4.00000E+00 0.50000 STUDENT S_MB139 SAT_RBRN 6 7.78460E-03 6.88420E-02 6.98600E-02 7.26200E-02 1.08610E-01 1.74010E- 01 STUDENT S_MB139 PORE_DIS 6 4.90530E-01 5.57750E-01 6.52000E-01 6.55000E-01 6.64520E-01 8.41780E- 01 UNIFORM S_HALITE PRESSURE 1.10400E+07 1.38900E+07
TRIANGULAR CASTILER PRESSURE 1.11000E+07 1.27000E+07 1.70000E+07 TRIANGULAR CASTILER PRMX_LOG -1.47000E+01 -1.18000E+01 -9.80000E+00 TRIANGULAR CASTILER COMP_RCK 2.00000E-11 4.00000E-11 1.00000E- 10 UNIFORM BH_SAND PRMX_LOG -1.63000E+01 -1.10000E+01 UNIFORM DRZ_1 PRMX_LOG -1.94000E+01 -1.25000E+01 UNIFORM CONC_PLG PRMX_LOG -1.90000E+01 -1.70000E+01 USER DISTRIBUTION (CUMULATIVE) SHFTU SAT_RBRN 3 SPECIFIED CONTINUOUSPage 

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0.00000E+00 0.50000 2.00000E-01 0.50000 6.00000E-01 0.00000 UNIFORM SHFTU SAT_RGAS 0.00000E+00 4.00000E- 01 USER DISTRIBUTION (CUMULATIVE) SHFTU PRMX_LOG 9 SPECIFIED CONTINUOUS -2.05000E+01 0.03000 -2.00000E+01 0.08000 -1.95000E+01 0.13000 -1.90000E+01 0.19000 -1.85000E+01 0.22000 -1.80000E+01 0.24000 -1.75000E+01 0.10000 -1.70000E+01 0.01000 -1.65000E+01 0.00000 USER DISTRIBUTION (CUMULATIVE) SHFTL_T1 PRMX_LOG 8 SPECIFIED CONTINUOUS -2.00000E+01 0.01000 -1.95000E+01 0.09000 -1.90000E+01 0.20700 -1.85000E+01 0.33000 -1.80000E+01 0.23600 -1.75000E+01 0.12000 -1.70000E+01 0.00700 -1.65000E+01 0.00000 USER DISTRIBUTION (CUMULATIVE) SHFTL_T2 PRMX_LOG 10 SPECIFIED CONTINUOUS -2.25000E+01 0.02000 -2.20000E+01 0.06000 -2.15000E+01 0.09000 -2.10000E+01 0.13500 -2.05000E+01 0.22000 -2.00000E+01 0.17500 -1.95000E+01 0.16500 -1.90000E+01 0.10000 -1.85000E+01 0.03500 -1.80000E+01 0.00000 UNIFORM WAS_AREA BIOGENFC 0.00000E+00 1.00000E+00 UNIFORM PCS_T1 POROSITY 6.60000E-02 1.87000E- 01
UNIFORM PCS_T2 POROSITY 2.50000E-02 7.50000E- 02 UNIFORM PCS_T3 POROSITY 1.00000E-03 5.19000E- 02 NORMAL PCS_T2 POR2PERM -1.72000E+00 1.72000E+00
CORRELATION MATRIX 2 53 54 -0.99 61 62 - 0.75
OUTPUT CORR HIST DATAPage 

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TITLE SDB: ParamDB Calc: AP161 Ver: 2.00 07/27/12 16:17:47Page 

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## Appendix VII. Comparison of Sampled Data to Expected Range

Observed Parameter Database
Analysis Material Property Rep Minimum Maximum Mean Minimum Maximum Mean RPD of % Range
Means Covered

AP161 AM+3 MKD_AM 1 5.0220E- 03 3.9660E- 01 9.0040E- 02 5.0000E- 03 4.0000E- 01 9.0000E- 02 0.04% 99.1%

AP161 AM+3 MKD_AM 2 5.1740E- 03 3.8880E- 01 9.0275E- 02 5.0000E- 03 4.0000E- 01 9.0000E- 02 0.31% 97.1%

AP161 AM+3 MKD_AM 3 5.2060E- 03 3.9280E- 01 8.9972E- 02 5.0000E- 03 4.0000E- 01 9.0000E- 02 0.03% 98.1%

AP161 BH_SAND PRMX_LOG 1 -1.6300E+01 -1.1010E+01 -1.3648E+01 -1.6300E+01 -1.1000E+01 -1.3650E+01 0.01% 99.8%

AP161 BH_SAND PRMX_LOG 2 -1.6290E+01 -1.1010E+01 -1.3649E+01 -1.6300E+01 -1.1000E+01 -1.3650E+01 0.01% 99.6%

AP161 BH_SAND PRMX_LOG 3 -1.6250E+01 -1.1000E+01 -1.3647E+01 -1.6300E+01 -1.1000E+01 -1.3650E+01 0.02% 99.1%

AP161 BOREHOLE DOMEGA 1 4.3370E+00 2.1650E+01 8.6254E+00 4.2000E+00 2.3000E+01 8.6300E+00 0.05% 92.1%

AP161 BOREHOLE DOMEGA 2 4.2740E+00 2.2680E+01 8.6183E+00 4.2000E+00 2.3000E+01 8.6300E+00 0.14% 97.9%

AP161 BOREHOLE DOMEGA 3 4.2740E+00 2.2990E+01 8.6407E+00 4.2000E+00 2.3000E+01 8.6300E+00 0.12% 99.6%

AP161 BOREHOLE TAUFAIL 1 5.0040E- 02 7.6740E+01 1.0500E+01 5.0000E- 02 7.7000E+01 1.0500E+01 0.00% 99.7%

AP161 BOREHOLE TAUFAIL 2 5.1040E- 02 7.2230E+01 1.0427E+01 5.0000E- 02 7.7000E+01 1.0500E+01 0.70% 93.8%

AP161 BOREHOLE TAUFAIL 3 5.1200E- 02 7.4990E+01 1.0521E+01 5.0000E- 02 7.7000E+01 1.0500E+01 0.20% 97.4%

AP161 CASTILER COMP_RCK 1 2.0740E- 11 9.3580E- 11 5.3286E- 11 2.0000E- 11 1.0000E- 10 5.3000E- 11 0.54% 91.1%

AP161 CASTILER COMP_RCK 2 2.2830E- 11 9.4830E- 11 5.3349E- 11 2.0000E- 11 1.0000E- 10 5.3000E- 11 0.66% 90.0%Page 

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AP161 CASTILER COMP_RCK 3 2.1390E- 11 9.4920E- 11 5.3273E- 11 2.0000E- 11 1.0000E- 10 5.3000E- 11 0.51% 91.9%Page 

### 147 Observed Parameter Database
Analysis Material Property Rep Minimum Maximum Mean Minimum Maximum Mean RPD of % Range
Means Covered

AP161 CASTILER PRESSURE 1 1.1200E+07 1.6500E+07 1.3595E+07 1.1100E+07 1.7000E+07 1.3600E+07 0.03% 89.8%

AP161 CASTILER PRESSURE 2 1.1370E+07 1.6710E+07 1.3606E+07 1.1100E+07 1.7000E+07 1.3600E+07 0.04% 90.5%

AP161 CASTILER PRESSURE 3 1.1380E+07 1.6850E+07 1.3602E+07 1.1100E+07 1.7000E+07 1.3600E+07 0.02% 92.7%

AP161 CASTILER PRMX_LOG 1 -1.4470E+01 -9.9370E+00 -1.2099E+01 -1.4700E+01 -9.8000E+ 00 -1.2100E+01 0.01% 92.5%

AP161 CASTILER PRMX_LOG 2 -1.4520E+01 -1.0050E+01 -1.2101E+01 -1.4700E+01 -9.8000E+00 -1.2100E+01 0.01% 91.2%

AP161 CASTILER PRMX_LOG 3 -1.4360E+01 -9.8950E+00 -1.2096E+01 -1.4700E+01 -9.8000E+00 -1.2100E+01 0.03% 91.1%

AP161 CONC_PLG PRMX_LOG 1 -1.8990E+01 -1.7010E+01 -1.8001E+01 -1.9000E+01 -1.7000E+01 -1.8000E+01 0.00% 99.0%

AP161 CONC_PLG PRMX_LOG 2 -1.9000E+01 -1.7010E+01 -1.8000E+01 -1.9000E+01 -1.7000E+01 -1.8000E+01 0.00% 99.5%

AP161 CONC_PLG PRMX_LOG 3 -1.8990E+01 -1.7020E+01 -1.7999E+01 -1.9000E+01 -1.7000E+01 -1.8000E+01 0.01% 98.5%

AP161 CULEBRA APOROS 1 1.0140E- 04 9.8170E- 03 2.1380E- 03 1.0000E- 04 1.0000E- 02 2.1000E- 03 1.79% 98.1%

AP161 CULEBRA APOROS 2 1.0220E- 04 9.5810E- 03 2.1522E- 03 1.0000E- 04 1.0000E- 02 2.1000E- 03 2.46% 95.7%

AP161 CULEBRA APOROS 3 1.0140E- 04 9.6960E- 03 2.1448E- 03 1.0000E- 04 1.0000E- 02 2.1000E- 03 2.11% 96.9%

AP161 CULEBRA DPOROS 1 1.0000E- 01 2.4570E- 01 1.5495E- 01 1.0000E- 01 2.5000E- 01 1.6000E- 01 3.21% 97.1%

AP161 CULEBRA DPOROS 2 1.000 0E

- 01 2.4750E- 01 1.5499E- 01 1.0000E- 01 2.5000E- 01 1.6000E- 01 3.18% 98.3%

AP161 CULEBRA DPOROS 3 1.0010E- 01 2.4900E- 01 1.5498E- 01 1.0000E- 01 2.5000E- 01 1.6000E- 01 3.19% 99.3%

AP161 CULEBRA HMBLKLT 1 5.2590E- 02 4.9880E- 01 2.7524E- 01 5.0000E- 02 5.0000E- 01 2.7500E- 01 0.09% 99.2%

AP161 CULEBRA HMBLKLT 2 5.3870E- 02 4.9640E- 01 2.7502E- 01 5.0000E- 02 5.0000E- 01 2.7500E- 01 0.01% 98.3%

AP161 CULEBRA HMBLKLT 3 5.4100E- 02 4.9640E- 01 2.7484E- 01 5.0000E- 02 5.0000E- 01 2.7500E- 01 0.06% 98.3%

AP161 CULEBRA MINP_FAC 1 1.0190E+00 9.9530E+02 5.0069E+02 1.0000E+00 1.0000E+03 5.0050E+02 0.04% 99.5%

AP161 CULEBRA MINP_FAC 2 5.5620E+00 9.9620E+02 5.0051E+02 1.0000E+00 1.0000E+03 5.0050E+02 0.00% 99.2%Page 

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AP161 CULEBRA MINP_FAC 3 4.3420E+00 9.9240E+02 5.0036E+02 1.0000E+00 1.0000E+03 5.0050E+02 0.03% 98.9%Page 

### 149 Observed Parameter Database
Analysis Material Property Rep Minimum Maximum Mean Minimum Maximum Mean RPD of % Range
Means Covered

AP161 DRZ_1 PRMX_LOG 1 -1.9400E+01 -1.2510E+01 -1.5949E+01 -1.9400E+01 -1.2500E+01 -1.6000E+01 0.32% 99.9%

AP161 DRZ_1 PRMX_LOG 2 -1.9380E+01 -1.2560E+01 -1.5951E+01 -1.9400E+01 -1.2500E+01 -1.6000E+01 0.31% 98.8%

AP161 DRZ_1 PRMX_LOG 3 -1.9340E+01 -1.2560E+01 -1.5948E+01 -1.9400E+01 -1.2500E+01 -1.6000E+01 0.33% 98.3%

AP161 DRZ_PCS PRMX_LOG 1 -2.0480E+01 -1.7200E+01 -1.8815E+01 -2.0699E+01 -1.7000E+01 -1.8816E+01 0.01% 88.7%

AP161 DRZ_PCS PRMX_LOG 2 -2.0570E+01 -1.7170E+01 -1.8819E+01 -2.0699E+01 -1.7000E+01 -1.8816E+01 0.01% 91.9%

AP161 DRZ_PCS PRMX_LOG 3 -2.0600E+01 -1.7180E+01 -1.8816E+01 -2.0699E+01 -1.7000E+01 -1.8816E+01 0.00% 92.5%

AP161 GLOBAL CLIMTIDX 1 1.0010E+00 2.2350E+00 1.3121E+00 1.0000E+00 2.2500E+00 1.3100E+00 0.16% 98.7%

AP161 GLOBAL CLIMTIDX 2 1.0020E+00 2.2480E+00 1.3128E+00 1.0000E+00 2.2500E+00 1.3100E+00 0.21% 99.7%

AP161 GLOBAL CLIMTIDX 3 1.0020E+00 2.2400E+00 1.3121E+00 1.0000E+00 2.2500E+00 1.3100E+00 0.16% 99.0%

AP161 GLOBAL OXSTAT 1 4.3770E- 03 9.9540E- 01 5.0010E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.02% 99.1%

AP161 GLOBAL OXSTAT 2 7.8880E- 03 9.9170E- 01 5.0070E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.14% 98.4%

AP161 GLOBAL OXSTAT 3 8.1050E- 04 9.9350E- 01 5.0016E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.03% 99.3%

AP161 GLOBAL PBRINE 1 1.5250E- 02 5.9770E- 01 3.0496E- 01 1.0000E- 02 6.0000E- 01 3.0500E- 01 0.01% 98.7%

AP161 GLOBAL PBRINE 2 1.3550E- 02 5.9710E- 01 3.0508E- 01 1.0000E- 02 6.0000E- 01 3.0500E- 01 0.03% 98.9%

AP161 GLOBAL PBRINE 3 1.4130E- 02 5.9490E- 01 3.0522E- 01 1.0000E- 02 6.0000E- 01 3.0500E- 01 0.07% 98.4%

AP161 GLOBAL TRANSIDX 1 7.9510E- 03 9.9810E- 01 4.9977E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.05% 99.0%

AP161 GLOBAL TRANSIDX 2 6.8330E- 03 9.9180E- 01 4.9963E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.07% 98.5%

AP161 GLOBAL TRANSIDX 3 6.6100E- 03 9.9240E- 01 5.0027E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.05% 98.6%

AP161 PCS_T1 PORE_DIS 1 1.1970E- 01 8.0570E+00 2.5202E+00 1.1000E- 01 8.1000E+00 2.5200E+00 0.01% 99.3%

AP161 PCS_T1 PORE_DIS 2 1.1040E- 01 8.0170E+00 2.5170E+00 1.1000E- 01 8.1000E+00 2.5200E+00 0.12% 99.0%Page 

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AP161 PCS_T1 PORE_DIS 3 1.2600E- 01 8.0650E+00 2.5231E+00 1.1000E- 01 8.1000E+00 2.5200E+00 0.12% 99.4%Page 

### 151 Observed Parameter Database
Analysis Material Property Rep Minimum Maximum Mean Minimum Maximum Mean RPD of % Range
Means Covered

AP161 PCS_T1 POROSITY 1 6.6190E- 02 1.8650E- 01 1.2643E- 01 6.6000E- 02 1.8700E- 01 1.2650E- 01 0.05% 99.4%

AP161 PCS_T1 POROSITY 2 6.6540E- 02 1.8660E- 01 1.2651E- 01 6.6000E- 02 1.8700E- 01 1.2650E- 01 0.01% 99.2%

AP161 PCS_T1 POROSITY 3 6.7130E- 02 1.8680E- 01 1.2647E- 01 6.6000E- 02 1.8700E- 01 1.2650E- 01 0.03% 98.9%

AP161 PCS_T1 PRMX_LOG 1 -2.0940E+01 -1.2080E+01 -1.6499E+01 -2.1000E+01 -1.2000E+01 -1.6500E+01 0.01% 98.4%

AP161 PCS_T1 PRMX_LOG 2 -2.1000E+01 -1.2070E+01 -1.6503E+01 -2.1000E+01 -1.2000E+01 -1.6500E+01 0.02% 99.2%

AP161 PCS_T1 PRMX_LOG 3 -2.0930E+01 -1.2080E+01 -1.6502E+01 -2.1000E+01 -1.2000E+01 -1.6500E+01 0.01% 98.3%

AP161 PCS_T1 SAT_IBRN 1 4.0120E- 02 1.6000E- 01 1.0003E- 01 4.0000E- 02 1.6000E- 01 1.0000E- 01 0.03% 99.9%

AP161 PCS_T1 SAT_IBRN 2 4.1100E- 02 1.5900E- 01 9.9965E- 02 4.0000E- 02 1.6000E- 01 1.0000E- 01 0.04% 98.3%

AP161 PCS_T1 SAT_IBRN 3 4.0200E- 02 1.5980E- 01 9.9965E- 02 4.0000E- 02 1.6000E- 01 1.0000E- 01 0.03% 99.7%

AP161 PCS_T1 SAT_RBRN 1 1.9560E- 03 5.9540E- 01 2.5009E- 01 0.0000E+00 6.0000E- 01 2.5000E- 01 0.04% 98.9%

AP161 PCS_T1 SAT_RBRN 2 6.9290E- 04 5.9460E- 01 2.4978E- 01 0.0000E+00 6.0000E- 01 2.5000E- 01 0.09% 99.0%

AP161 PCS_T1 SAT_RBRN 3 2.9130E- 03 5.9380E- 01 2.5013E- 01 0.0000E+00 6.0000E- 01 2.5000E- 01 0.05% 98.5%

AP161 PCS_T1 SAT_RGAS 1 9.6070E- 04 3.9780E- 01 2.0010E- 01 0.0000E+00 4.0000E- 01 2.0000E- 01 0.05% 99.2%

AP161 PCS_T1 SAT_RGAS 2 2.7790E- 03 3.9900E- 01 2.0019E- 01 0.0000E+00 4.0000E- 01 2.0000E- 01 0.09% 99.1%

AP161 PCS_T1 SAT_RGAS 3 5.9480E- 04 3.9940E- 01 1.9982E- 01 0.0000E+00 4.0000E- 01 2.0000E- 01 0.09% 99.7%

AP161 PCS_T2 POR2PERM 1 -1.6280E+00 1.6770E+00 5.6467E- 04 -1.7200E+00 1.7200E+00 0.0000E+00 200.00% 96.1%

AP161 PCS_T2 POR2PERM 2 -1.5800E+00 1.7040E+00 1.1361E- 03 -1.7200E+00 1.7200E+00 0.0000E+00 200.00% 95.5%

AP161 PCS_T2 POR2PERM 3 -1.5770E+00 1.6490E+00 1.1791E- 03 -1.7200E+00 1.7200E+00 0.0000E+00 200.00% 93.8%

AP161 PCS_T2 POROSITY 1 2.5110E- 02 7.4680E- 02 4.9999E- 02 2.5000E- 02 7.5000E- 02 5.0000E- 02 0.00% 99.1%

AP161 PCS_T2 POROSITY 2 2.5480E- 02 7.4660E- 02 4.9990E- 02 2.5000E- 02 7.5000E- 02 5.0000E- 02 0.02% 98.4%Page 

### 152

AP161 PCS_T2 POROSITY 3 2.5030E- 02 7.4690E- 02 5.0003E- 02 2.5000E- 02 7.5000E- 02 5.0000E- 02 0.01% 99.3%Page 

### 153 Observed Parameter Database
Analysis Material Property Rep Minimum Maximum Mean Minimum Maximum Mean RPD of % Range
Means Covered

AP161 PCS_T3 POROSITY 1 1.4370E- 03 5.1710E- 02 2.6468E- 02 1.0000E- 03 5.1900E- 02 5.0000E- 02 61.55% 98.8%

AP161 PCS_T3 POROSITY 2 1.4620E- 03 5.1820E- 02 2.6493E- 02 1.0000E- 03 5.1900E- 02 5.0000E- 02 61.46% 98.9%

AP161 PCS_T3 POROSITY 3 1.4910E- 03 5.1620E- 02 2.6441E- 02 1.0000E- 03 5.1900E- 02 5.0000E- 02 61.64% 98.5%

AP161 PHUMOX3 PHUMCIM 1 8.4750E- 02 1.5980E+00 1.1019E+00 6.5000E- 02 1.6000E+00 1.1000E+00 0.17% 98.6%

AP161 PHUMOX3 PHUMCIM 2 7.8790E- 02 1.5990E+00 1.1012E+00 6.5000E- 02 1.6000E+00 1.1000E+00 0.11% 99.0%

AP161 PHUMOX3 PHUMCIM 3 9.0390E- 02 1.6000E+00 1.1012E+00 6.5000E- 02 1.6000E+00 1.1000E+00 0.11% 98.3%

AP161 PU+3 MKD_PU 1 5.0200E- 03 3.9600E- 01 9.0271E- 02 5.0000E- 03 4.0000E- 01 9.0000E- 02 0.30% 99.0%

AP161 PU+3 MKD_PU 2 5.0610E- 03 3.9480E- 01 9.0160E- 02 5.0000E- 03 4.0000E- 01 9.0000E- 02 0.18% 98.7%

AP161 PU+3 MKD_PU 3 5.0360E- 03 3.9980E- 01 9.0145E- 02 5.0000E- 03 4.0000E- 01 9.0000E- 02 0.16% 99.9%

AP161 PU+4 MKD_PU 1 5.1950E- 04 9.6900E+00 1.0052E+00 5.0000E- 04 1.0000E+01 1.0000E+00 0.51% 96.9%

AP161 PU+4 MKD_PU 2 5.2120E- 04 9.5510E+00 1.0141E+00 5.0000E- 04 1.0000E+01 1.0000E+00 1.40% 95.5%

AP161 PU+4 MKD_PU 3 5.3760E- 04 9.6400E+00 1.0128E+00 5.0000E- 04 1.0000E+01 1.0000E+00 1.28% 96.4%

AP161 S_HALITE COMP_RCK 1 3.7690E- 12 1.9170E- 10 9.7462E- 11 2.9400E- 12 1.9200E- 10 9.7500E- 11 0.04% 99.4%

AP161 S_HALITE COMP_RCK 2 3.2040E- 12 1.9010E- 10 9.7516E- 11 2.9400E- 12 1.9200E- 10 9.7500E- 11 0.02% 98.9%

AP161 S_HALITE COMP_RCK 3 3.4650E- 12 1.9060E- 10 9.7436E- 11 2.9400E- 12 1.9200E- 10 9.7500E

- 11 0.07% 99.0%

AP161 S_HALITE POROSITY 1 1.1270E- 03 5.1150E- 02 1.8230E- 02 1.0000E- 03 5.1900E- 02 1.8200E- 02 0.17% 98.3%

AP161 S_HALITE POROSITY 2 1.0540E- 03 5.1150E- 02 1.8224E- 02 1.0000E- 03 5.1900E- 02 1.8200E- 02 0.13% 98.4%

AP161 S_HALITE POROSITY 3 1.1080E- 03 5.1560E- 02 1.8243E- 02 1.0000E- 03 5.1900E- 02 1.8200E- 02 0.24% 99.1%

AP161 S_HALITE PRESSURE 1 1.1060E+07 1.3890E+07 1.2465E+07 1.1040E+07 1.3890E+07 1.2470E+07 0.04% 99.3%

AP161 S_HALITE PRESSURE 2 1.1050E+07 1.3880E+07 1.2464E+07 1.1040E+07 1.3890E+07 1.2470E+07 0.05% 99.3%

AP161 S_HALITE PRESSURE 3 1.1050E+07 1.3880E+07 1.2466E+07 1.1040E+07 1.3890E+07 1.2470E+07 0.03% 99.3%

AP161 S_HALITE PRMX_LOG 1 -2.3970E+01 -2.1010E+01 -2.2499E+01 -2.4000E+01 -2.1000E+01 -2.2500E+01 0.00% 98.7%Page 

### 154 Observed Parameter Database
Analysis Material Property Rep Minimum Maximum Mean Minimum Maximum Mean RPD of % Range
Means Covered

AP161 S_HALITE PRMX_LOG 2 -2.4000E+01 -2.1010E+01 -2.2500E+01 -2.4000E+01 -2.1000E+01 -2.2500E+01 0.00% 99.7%

AP161 S_HALITE PRMX_LOG 3 -2.4000E+01 -2.1000E+01 -2.2502E+01 -2.4000E+01 -2.1000E+01 -2.2500E+01 0.01% 100.0%

AP161 S_MB139 PORE_DIS 1 4.9930E- 01 8.0180E- 01 6.4383E- 01 4.9053E- 01 8.4178E- 01 6.4360E- 01 0.04% 86.1%

AP161 S_MB139 PORE_DIS 2 4.9960E- 01 7.9860E- 01 6.4367E- 01 4.9053E- 01 8.4178E- 01 6.4360E- 01 0.01% 85.1%

AP161 S_MB139 PORE_DIS 3 5.0300E- 01 7.9520E- 01 6.4362E- 01 4.9053E- 01 8.4178E- 01 6.4360E- 01 0.00% 83.2%

AP161 S_MB139 PRMX_LOG 1 -2.0440E+01 -1.7140E+01 -1.8880E+01 -2.1000E+01 -1.7100E+01 -1.8890E+01 0.05% 84.6%

AP161 S_MB139 PRMX_LOG 2 -2.0660E+01 -1.7230E+01 -1.8883E+01 -2.1000E+01 -1.7100E+01 -1.8890E+01 0.04% 87.9%

AP161 S_MB139 PRMX_LOG 3 -2.0350E+01 -1.7330E+01 -1.8884E+01 -2.1000E+01 -1.7100E+01 -1.8890E+01 0.03% 77.4%

AP161 S_MB139 RELP_MOD 1 1.0000E+00 4.0000E+00 2.5000E+00 1.0000E+00 4.0000E+00 4.0000E+00 46.15% 100.0%

AP161 S_MB139 RELP_MOD 2 1.0000E+00 4.0000E+00 2.5000E+00 1.0000E+00 4.0000E+00 4.0000E+00 46.15% 100.0%

AP161 S_MB139 RELP_MOD 3 1.0000E+00 4.0000E+00 2.5000E+00 1.0000E+00 4.0000E+00 4.0000E+00 46.15% 100.0%

AP161 S_MB139 SAT_RBRN 1 1.5000E- 02 1.5710E- 01 8.3627E- 02 7.7846E- 03 1.7401E- 01 8.3620E- 02 0.01% 85.5%

AP161 S_MB139 SAT_RBRN 2 2.1280E- 02 1.5680E- 01 8.3789E- 02 7.7846E- 03 1.7401E- 01 8.3620E- 02 0.20% 81.5%

AP161 S_MB139 SAT_RBRN 3 2.1350E- 02 1.4650E- 01 8.3763E- 02 7.7846E- 03 1.7401E- 01 8.3620E- 02 0.17% 75.3%

AP161 SHFTL_T1 PRMX_LOG 1 -1.9970E+01 -1.6870E+01 -1.8214E+01 -2.0000E+01 -1.6500E+01 -1.8000E+01 1.18% 88.6%

AP161 SHFTL_T1 PRMX_LOG 2 -1.9930E+01 -1.7010E+01 -1.8214E+01 -2.0000E+01 -1.6500E+01 -1.8000E+01 1.18% 83.4%

AP161 SHFTL_T1 PRMX_LOG 3 -1.9550E+01 -1.7010E+01 -1.8210E+01 -2.0000E+01 -1.6500E+01 -1.8000E+01 1.16% 72.6%

AP161 SHFTL_T2 PRMX_LOG 1 -2.2360E+01 -1.8030E+01 -2.0063E+01 -2.2500E+01 -1.8000E+01 -1.9800E+01 1.32% 96.2%Page 

### 155

AP161 SHFTL_T2 PRMX_LOG 2 -2.2280E+01 -1.8140E+01 -2.0064E+01 -2.2500E+01 -1.8000E+01 -1.9800E+01 1.32% 92.0%Page 

### 156 Observed Parameter Database
Analysis Material Property Rep Minimum Maximum Mean Minimum Maximum Mean RPD of % Range
Means Covered

AP161 SHFTL_T2 PRMX_LOG 3 -2.2340E+01 -1.8010E+01 -2.0065E+01 -2.2500E+01 -1.8000E+01 -1.9800E+01 1.33% 96.2%

AP161 SHFTU PRMX_LOG 1 -2.0480E+01 -1.6930E+01 -1.8422E+01 -2.0500E+01 -1.6500E+01 -1.8200E+01 1.21% 88.8%

AP161 SHFTU PRMX_LOG 2 -2.0400E+01 -1.6780E+01 -1.8420E+01 -2.0500E+01 -1.6500E+01 -1.8200E+01 1.20% 90.5%

AP161 SHFTU PRMX_LOG 3 -2.0430E+01 -1.6640E+01 -1.8421E+01 -2.0500E+01 -1.6500E+01 -1.8200E+01 1.21% 94.8%

AP161 SHFTU SAT _RBRN 1 1.7920E- 03 5.9980E- 01 2.5011E- 01 0.0000E+00 6.0000E- 01 2.5000E- 01 0.04% 99.7%

AP161 SHFTU SAT_RBRN 2 2.7560E- 03 5.9740E- 01 2.5008E- 01 0.0000E+00 6.0000E- 01 2.5000E- 01 0.03% 99.1%

AP161 SHFTU SAT_RBRN 3 9.6720E- 04 5.9340E- 01 2.5007E- 01 0.0000E+00 6.0000E- 01 2.5000E- 01 0.03% 98.7%

AP161 SHFTU SAT_RGAS 1 9.0910E- 04 3.9790E- 01 2.0013E- 01 0.0000E+00 4.0000E- 01 2.0000E- 01 0.07% 99.2%

AP161 SHFTU SAT_RGAS 2 2.0540E- 03 3.9780E- 01 1.9999E- 01 0.0000E+00 4.0000E- 01 2.0000E- 01 0.00% 98.9%

AP161 SHFTU SAT_RGAS 3 2.6970E- 03 3.9760E- 01 1.9997E- 01 0.0000E+00 4.0000E- 01 2.0000E- 01 0.01% 98.7%

AP161 SOLMOD3 SOLVAR 1 -3.8830E+00 2.4390E+00 -1.4695E- 01 -4.2000E+00 2.7000E+00 -1.4200E- 01 3.42% 91.6%

AP161 SOLMOD3 SOLVAR 2 -3.7570E+00 2.5670E+00 -1.3553E- 01 -4.2000E+00 2.7000E+00 -1.4200E- 01 4.66% 91.7%

AP161 SOLMOD3 SOLVAR 3 -4.1540E+00 2.2650E+00 -1.4769E- 01 -4.2000E+00 2.7000E+00 -1.4200E- 01 3.93% 93.0%

AP161 SOLMOD4 SOLVAR 1 -2.1670E+00 3.2440E+00 -3.4862E- 01 -2.2500E+00 3.3000E+00 -3.4600E- 01 0.75% 97.5%

AP161 SOLMOD4 SOLVAR 2 -2.1840E+00 3.2140E+00 -3.3934E- 01 -2.2500E+00 3.3000E+00 -3.4600E- 01 1.94% 97.3%

AP161 SOLMOD4 SOLVAR 3 -2.1960E+00 3.2910E+00 -3.4969E- 01 -2.2500E+00 3.3000E+00 -3.4600E- 01 1.06% 98.9%

AP161 SPALLMOD PARTDIAM 1 1.0090E- 03 9.6550E- 02 2.1478E- 02 1.0000E- 03 1.0000E- 01 2.1500E- 02 0.10% 96.5%

AP161 SPALLMOD PARTDIAM 2 1.0010E- 03 9.7620E- 02 2.1560E- 02 1.0000E- 03 1.0000E- 01 2.1500E- 02 0.28% 97.6%

AP161 SPALLMOD PARTDIAM 3 1.0420E- 03 9.8220E- 02 2.1569E- 02 1.0000E- 03 1.0000E- 01 2.1500E- 02 0.32% 98.2%Page 

### 157

AP161 SPALLMOD REPIPERM 1 2.4240E- 14 2.3160E- 12 5.1466E- 13 2.4000E- 14 2.4000E- 12 5.1600E- 13 0.26% 96.5%Page 

### 158 Observed Parameter Database
Analysis Material Property Rep Minimum Maximum Mean Minimum Maximum Mean RPD of % Range
Means Covered

AP161 SPALLMOD REPIPERM 2 2.4940E- 14 2.3680E- 12 5.1489E- 13 2.4000E- 14 2.4000E- 12 5.1600E- 13 0.22% 98.6%

AP161 SPALLMOD REPIPERM 3 2.4470E- 14 2.3970E- 12 5.1606E- 13 2.4000E- 14 2.4000E- 12 5.1600E- 13 0.01% 99.9%

AP161 SPALLMOD REPIPOR 1 3.5090E- 01 6.5790E- 01 5.0482E- 01 3.5000E- 01 6.6000E- 01 5.0500E- 01 0.04% 99.0%

AP161 SPALLMOD REPIPOR 2 3.5070E- 01 6.5790E- 01 5.0501E- 01 3.5000E- 01 6.6000E- 01 5.0500E- 01 0.00% 99.1%

AP161 SPALLMOD REPIPOR 3 3.5170E- 01 6.5850E- 01 5.0508E- 01 3.5000E- 01 6.6000E- 01 5.05 00E

- 01 0.02% 99.0%

AP161 SPALLMOD TENSLSTR 1 1.2050E+05 1.6990E+05 1.4499E+05 1.2000E+05 1.7000E+05 1.4500E+05 0.01% 98.8%

AP161 SPALLMOD TENSLSTR 2 1.2020E+05 1.6990E+05 1.4497E+05 1.2000E+05 1.7000E+05 1.4500E+05 0.02% 99.4%

AP161 SPALLMOD TENSLSTR 3 1.2030E+05 1.6980E+05 1.4501E+05 1.2000E+05 1.7000E+05 1.4500E+05 0.00% 99.0%

AP161 STEEL CORRMCO2 1 2.1650E- 16 3.1590E- 14 1.5849E- 14 0.0000E+00 3.1700E- 14 1.5850E- 14 0.01% 99.0%

AP161 STEEL CORRMCO2 2 2.3720E- 16 3.1440E- 14 1.5860E- 14 0.0000E+00 3.1700E- 14 1.5850E- 14 0.06% 98.4%

AP161 STEEL CORRMCO2 3 5.5960E- 17 3.1540E- 14 1.5855E- 14 0.0000E+00 3.1700E- 14 1.5850E- 14 0.03% 99.3%

AP161 TH+4 MKD_TH 1 5.2030E- 04 9.6890E+00 1.0108E+00 5.0000E- 04 1.0000E+01 1.0000E+00 1.07% 96.9%

AP161 TH+4 MKD_TH 2 5.2540E- 04 9.7620E+00 1.0153E+00 5.0000E- 04 1.0000E+01 1.0000E+00 1.52% 97.6%

AP161 TH+4 MKD_TH 3 5.2410E- 04 9.7480E+00 1.0098E+00 5.0000E- 04 1.0000E+01 1.0000E+00 0.97% 97.5%

AP161 U+4 MKD_U 1 5.4480E- 04 9.4190E+00 1.0034E+00 5.0000E- 04 1.0000E+01 1.0000E+00 0.34% 94.2%

AP161 U+4 MKD_U 2 5.2020E- 04 9.7440E+00 1.0082E+00 5.0000E- 04 1.0000E+01 1.0000E+00 0.81% 97.4%Page 

### 159

AP161 U+4 MKD_U 3 5.0740E- 04 9.8830E+00 1.0138E+00 5.0000E- 04 1.0000E+01 1.0000E+00 1.38% 98.8%

AP161 U+6 MKD_U 1 3.1430E- 05 1.9660E- 02 3.0715E- 03 3.0000E- 05 2.0000E- 02 3.1000E- 03 0.92% 98.3%Page 

### 160 Observed Parameter Database
Analysis Material Property Rep Minimum Maximum Mean Minimum Maximum Mean RPD of % Range
Means Covered

AP161 U+6 MKD_U 2 3.1100E- 05 1.9860E- 02 3.0796E- 03 3.0000E- 05 2.0000E- 02 3.1000E- 03 0.66% 99.3%

AP161 U+6 MKD_U 3 3.0650E- 05 1.8760E- 02 3.0749E- 03 3.0000E- 05 2.0000E- 02 3.1000E- 03 0.81% 93.8%

AP161 WAS_AREA BIOGENFC 1 2.8190E- 03 9.9660E- 01 5.0055E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.11% 99.4%

AP161 WAS_AREA BIOGENFC 2 1.8050E- 03 9.9670E- 01 5.0033E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.07% 99.5%

AP161 WAS_AREA BIOGENFC 3 2.6460E- 04 9.9900E- 01 5.0033E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.07% 99.9%

AP161 WAS_AREA GRATMICH 1 5.5740E- 12 1.0240E- 09 5.1335E- 10 0.0000E+00 1.0272E- 09 5.1359E- 10 0.05% 99.1%

AP161 WAS_AREA GRATMICH 2 2.6550E- 12 1.0170E- 09 5.1354E- 10 0.0000E+00 1.0272E- 09 5.1359E- 10 0.01% 98.8%

AP161 WAS_AREA GRATMICH 3 6.7330E- 13 1.0260E- 09 5.1376E- 10 0.0000E+00 1.0272E- 09 5.1359E- 10 0.03% 99.8%

AP161 WAS_AREA GRATMICI 1 3.2590E- 11 5.5550E- 10 2.9402E- 10 3.0827E- 11 5.5692E- 10 2.9387E- 10 0.05% 99.4%

AP161 WAS_AREA GRATMICI 2 3.4030E- 11 5.5340E- 10 2.9363E- 10 3.0827E- 11 5.5692E- 10 2.9387E- 10 0.08% 98.7%

AP161 WAS_AREA GRATMICI 3 3.1480E- 11 5.5230E-10 2.9375E- 10 3.0827E- 11 5.5692E- 10 2.9387E- 10 0.04% 99.0%

AP161 WAS_AREA PROBDEG 1 1.0000E+00 2.0000E+00 1.2500E+00 1.0000E+00 2.0000E+00 1.2500E+00 0.00% 100.0%

AP161 WAS_AREA PROBDEG 2 1.0000E+00 2.0000E+00 1.2500E+00 1.0000E+00 2.0000E+00 1.2500E+00 0.00% 100.0%

AP161 WAS_AREA PROBDEG 3 1.0000E+00 2.0000E+00 1.2500E+00 1.0000E+00 2.0000E+00 1.2500E+00 0.00% 100.0%

AP161 WAS_AREA SAT_RBRN 1 2.7080E- 03 5.5090E- 01 2.7620E- 01 0.0000E+00 5.5200E- 01 2.7600E- 01 0.07% 99.3%Page 

### 161

AP161 WAS_AREA SAT_RBRN 2 6.6340E- 04 5.4700E- 01 2.7587E- 01 0.0000E+00 5.5200E- 01 2.7600E- 01 0.05% 99.0%Page 

### 162 Observed Parameter Database
Analysis Material Property Rep Minimum Maximum Mean Minimum Maximum Mean RPD of % Range
Means Covered

AP161 WAS_AREA SAT_RBRN 3 3.9740E- 03 5.4820E- 01 2.7631E- 01 0.0000E+00 5.5200E- 01 2.7600E- 01 0.11% 98.6%

AP161 WAS_AREA SAT_RGAS 1 7.7230E- 04 1.4850E- 01 7.4990E- 02 0.0000E+00 1.5000E- 01 7.5000E- 02 0.01% 98.5%

AP161 WAS_AREA SAT_RGAS 2 6.3450E- 04 1.4960E- 01 7.4972E- 02 0.0000E+00 1.5000E- 01 7.5000E- 02 0.04% 99.3%

AP161 WAS_AREA SAT_RGAS 3 7.0690E- 04 1.4880E- 01 7.5076E- 02 0.0000E+00 1.5000E- 01 7.5000E- 02 0.10% 98.7%

AP161 WAS_AREA SAT_WICK 1 3.0550E- 03 9.9240E- 01 5.0024E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.05% 98.9%

AP161 WAS_AREA SAT_WICK 2 2.3240E- 03 9.9930E- 01 5.0047E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.09% 99.7%

AP161 WAS_AREA SAT_WICK 3 4.4040E- 03 9.9270E- 01 4.9988E- 01 0.0000E+00 1.0000E+00 5.0000E- 01 0.02% 98.8%Page 

### 163



## Appendix VI I I . LHS_EDIT
1.1. Description and Requirements LHS_EDIT was created to impose conditional relationships between pairs of variables for the case where 1) one variable was restricted to having values less than or equal to the other “controlling” variable and 2) the restricted, or conditione d, variable has a uniform distribution. LHS_EDIT is designed to read the LHS output (transfer) file and:

1) Extract the upper and lower bounds for the uniform distribution of the variable to be restricted, 2) Extract the sampled values for each pair of variables, 3) Compare the value of the variable to be restricted to the value of the controlling variable, 4) Rescale the restricted value if it exceeds the value of the controlling variable, and 5) Write a new transfer file containing the modified data.

The restricted value is rescaled by assuming that the distribution of the restricted value is a uniform distribution with an upper bound that is the minimum of the upper bound assigned to the parameter in the parameter data base and the sampled value of the controlling variable. The conditioned value of the restricted variable is computed using:

(2)



### where is the conditioned value of the restricted variable, v i 

### is the sampled value of the
restricted variable, x i 

### is the sampled value of the controlling variable, and U V,lower 

### and U V,upper 

### are the bounds of the distribution assigned to the restricted variable. This method preserves the probability associated with the value of the restricted variable but will affect the rank-order
correlations with the other variables.

The format of the numbers in the listing of the distribution parameters in the LHS transfer file is limited to four digits after the decimal point, whereas the database can store more significant digits. The variables that were modified by LHS_EDIT have 1 more digit stored in the Parameter Database than can be represented by the LHS format, thus introducing a small error in the rescaling calculation. However, the error is insignificant because the rounding occurs in the fourth digit after the decimal point, i.e. the fifth significant digit.

1.2. Platform and Source Code Description The LHS_EDIT source code was written in FORTRAN 90 and executed on OpenVMS Version
7.3 -1 operating system.Page 

### 164

1.3. Usage



### Files
LHS_EDIT requires as input the LHS output (transfer) file and a control file listing the pairs of variables to be related. The control file contains a record for each pair of variables and the variables are identified by a number corresponding to the numeric sequence of the variables in the PRELHS input file. The format for the record is (I2,1x,I2). The output files for LHS_EDIT are a new transfer file having the conditioned data and a file called CHECK.TXT. CHECK.TXT lists the values of the controlling, restricted and conditioned variables in a comma-delimited
format. CHECK.TXT can be used to easily check whether LHS_EDIT is functioning properly.



### Execution File names are passed to LHS_EDIT using VMS logical variables. These variables are assigned values using the define command. The logical variables are LHS_CONTROL, LHS2_TRN, and LHS_EDIT_OUT for the control, LHS transfer file and the new transfer file, respectively. For example:

$ define LHS_CONTROL lhs_control_R1.inp $ define LHS2_TRN lhs2_AP132_R1.trn $ define LHS_EDIT_OUT lhs2_AP132_R1_CON.trn $ run LHS_EDIT



### For the PCS-20 12 PA LHS_EDIT was executed using the EVAL_LHS.COM script and the file names were passed to EVAL_LHS.COM through its input file (EVAL_LHS_AP161_R n .INP, where n is 1, 2 o r 3 for the three replicates). The script and input files are stored in the SCMS library PACMS2:[CMS_AP161. AP161_EVAL]

1.4. Testing of LHS_EDIT



### Test Procedure The test of the performance of LHS_EDIT was conducted by examining the data for Replicate 1
of the LHS transfer file and the LHS_EDIT output file. There have been no changes to LHS_EDIT since the test documented in Kirchner (2009). The data for WAS_AREA:GRATMICI and WAS_AREA:GRATMICH were extracted from these files and put into tables using the “L oad LHS File” function of the Access database CCDFGF_Analysis. The maximum and minimum for the distribution of WAS_AREA:GRATMICH were obtained from the PA Parameter Database (PAPDB) table ParamAttributes. The query TestLHS_EDIT was used to compare the values produced by LHS_Edit to independently computed values.Page 

### 165

The SQL for the TestLHS_EDIT query

.



### The “Test Value” was computed using the formula “I If([GRATMICH] > [GRATMICI],([GRATMICH]-[Min])/([Max]-[Min])*([GRATMICI]- [Min])+[Min],[GRATMICH]) ”, where Min is the minimum and Max is the maximum for the distribution of WAS_AREA:GRATMICH. This formula is equivalent to Eq. 2. The Error Flag field was set to “Error” if the conditioned value did not equal the Test Value to within 0. 1 % or if the conditioned value exceeded the value of WAS_AREA:GRATMICI. No such errors were observed. The CCDFGF_Analysis.mdb and the associated CCDFGF_Data.mdb files are contained in the CCDFGF_Analysis.zip file and stored in the library LIBAP161_LHS.

Table 2. Spreadsheet results showing independently computed values (Test Value) for WAS_AREA: GRATMICH. 

### Vector GRATMICI GRATMICH Test Value Conditioned
GRATMICH Error Flag

1 2.386E

- 10 3.388E

- 11 3.388E

- 11 3.388E

- 11 SELECT LHS_ParamValues.Vector, LHS_ParamValues.Value AS GRATMICI, LHS_ParamValues_1.Value AS GRATMICH, ParamAttributes.value AS [Min], ParamAttributes_1.value AS [Max], IIf([GRATMICH]>[GRATMICI],([GRATMICH]-[Min])/([Max]- [Min])*([GRATMICI]-[Min])+[Min],[GRATMICH]) AS TestValue, LHS_ParamValues_2.Value AS ConditionedValue, IIf((Abs([ConditionedValue]-[TestValue])/[ConditionedValue]>0.001) Or [ConditionedValue]>[GRATMICI],"error","") AS ErrorFlag

FROM LHS_FileNames AS LHS_FileNames_1 INNER JOIN ((((LHS_ParamValues INNER JOIN LHS_FileNames ON LHS_ParamValues.FileID = LHS_FileNames.FileID) INNER JOIN LHS_ParamValues AS LHS_ParamValues_1 ON (LHS_ParamValues.Vector = LHS_ParamValues_1.Vector) AND (LHS_FileNames.FileID = LHS_ParamValues_1.FileID)) INNER JOIN ((AnalysisToVersion INNER JOIN ParamAttributes ON AnalysisToVersion.VersionNumber = ParamAttributes.VersionNumber) INNER JOIN ParamAttributes AS ParamAttributes_1 ON AnalysisToVersion.VersionNumber = ParamAttributes_1.VersionNumber) ON (LHS_ParamValues_1.Property = AnalysisToVersion.Property) AND (LHS_ParamValues_1.Material = AnalysisToVersion.Material) AND (LHS_ParamValues_1.Property = ParamAttributes_1.Property) AND (LHS_ParamValues_1.Material = ParamAttributes_1.Material) AND (LHS_ParamValues_1.Property = ParamAttributes.Property) AND (LHS_ParamValues_1.Material = ParamAttributes.Material)) INNER JOIN LHS_ParamValues AS LHS_ParamValues_2 ON (LHS_ParamValues_1.Vector = LHS_ParamValues_2.Vector) AND (LHS_ParamValues_1.Property = LHS_ParamValues_2.Property) AND (LHS_ParamValues_1.Material = LHS_ParamValues_2.Material)) ON LHS_FileNames_1.FileID = LHS_ParamValues_2.FileID

WHERE (((LHS_ParamValues.Material)="WAS_AREA") AND ((LHS_ParamValues.Property)="GRATMICI") AND ((LHS_ParamValues_1.Material)="WAS_AREA") AND ((LHS_ParamValues_1.Property)="GRATMICH") AND ((LHS_FileNames.Analysis)="ap161") AND ((LHS_FileNames.Replicate)=1) AND ((ParamAttributes.Attribute)="Minimum") AND ((AnalysisToVersion.Analysis)="ap161") AND ((AnalysisToVersion.Code)="BRAGFLO") AND ((ParamAttributes_1.Attribute)="Maximum") AND ((LHS_FileNames_1.Analysis)="ap161_cond") AND ((LHS_FileNames_1.Replicate)=1))

ORDER BY LHS_ParamValues.Vector;Page 

### 166 2 7.815E

- 11 7.244E

- 10 5.511E

- 11 5.511E

- 11
3 3.285E

- 10 2.922E

- 10 2.922E

- 10 2.922E

- 10
4 7.927E

- 11 9.082E

- 10 7.009E

- 11 7.009E

- 11
5 5.275E

- 10 7.871E

- 10 4.042E

- 10 4.042E

- 10
6 4.086E

- 10 9.649E

- 10 3.838E

- 10 3.838E

- 10
7 5.085E

- 10 4.603E

- 10 4.603E

- 10 4.603E

- 10
8 3.044E

- 10 9.548E

- 10 2.830E

- 10 2.829E

- 10
9 5.452E

- 10 7.937E

- 10 4.213E

- 10 4.213E

- 10
10 3.320E

- 10 1.764E

- 10 1.764E

- 10 1.764E

- 10
11 5.351E

- 10 5.574E

- 12 5.574E

- 12 5.574E

- 12
12 1.215E

- 10 5.749E

- 10 6.800E

- 11 6.800E

- 11
13 3.190E

- 10 4.495E

- 10 1.396E

- 10 1.396E

- 10
14 1.305E

- 10 6.290E

- 10 7.991E

- 11 7.991E

- 11
15 1.833E

- 10 5.237E

- 10 9.346E

- 11 9.345E

- 11
16 1.717E

- 10 8.889E

- 10 1.486E

- 10 1.486E

- 10
17 2.606E

- 10 1.032E

- 11 1.032E

- 11 1.032E

- 11
18 3.259E

- 11 6.244E

- 10 1.981E

- 11 1.981E

- 11
19 1.924E

- 10 8.524E

- 10 1.597E

- 10 1.597E

- 10
20 2.853E

- 10 7.522E

- 10 2.089E

- 10 2.089E

- 10
21 4.886E

- 10 2.134E

- 10 2.134E

- 10 2.134E

- 10
22 2.248E

- 10 3.043E

- 10 6.660E

- 11 6.660E

- 11
23 2.082E

- 10 6.378E

- 10 1.293E

- 10 1.293E

- 10
24 3.950E

- 11 8.538E

- 10 3.283E

- 11 3.283E

- 11
25 4.442E

- 10 4.511E

- 11 4.511E

- 11 4.511E

- 11
26 1.143E

- 10 7.013E

- 10 7.804E

- 11 7.804E

- 11
27 2.332E

- 10 6.518E

- 10 1.480E

- 10 1.480E

- 10
28 4.361E

- 10 6.953E

- 10 2.952E

- 10 2.952E

- 10
29 4.324E

- 11 7.338E

- 10 3.089E

- 11 3.089E

- 11
30 3.814E

- 10 1.294E

- 10 1.294E

- 10 1.294E

- 10
31 9.191E

- 11 4.245E

- 10 3.798E

- 11 3.798E

- 11
32 2.648E

- 10 1.980E

- 10 1.980E

- 10 1.980E

- 10
33 4.720E

- 10 2.652E

- 10 2.652E

- 10 2.652E

- 10
34 4.038E

- 10 4.806E

- 10 1.889E

- 10 1.889E

- 10
35 2.497E

- 10 1.012E

- 09 2.460E

- 10 2.460E

- 10
36 1.507E

- 10 6.626E

- 10 9.721E

- 11 9.721E

- 11
37 4.595E

- 10 3.513E

- 10 3.513E

- 10 3.513E

- 10
38 3.887E

- 10 5.004E

- 10 1.894E

- 10 1.894E

- 10
39 3.592E

- 10 9.742E

- 10 3.407E

- 10 3.407E

- 10
40 3.539E

- 10 2.486E

- 10 2.486E

- 10 2.486E

- 10Page 

### 167 41 4.200E

- 10 1.010E

- 10 1.010E

- 10 1.010E

- 10
42 1.611E

- 10 8.643E

- 10 1.356E

- 10 1.356E

- 10
43 4.470E

- 10 9.822E

- 10 4.274E

- 10 4.274E

- 10
44 5.175E

- 10 9.931E

- 10 5.003E

- 10 5.003E

- 10
45 8.357E

- 11 3.108E

- 10 2.529E

- 11 2.529E

- 11
46 2.521E

- 10 6.831E

- 10 1.677E

- 10 1.676E

- 10
47 1.027E

- 10 3.940E

- 10 3.939E

- 11 3.939E

- 11
48 2.285E

- 10 3.723E

- 10 8.282E

- 11 8.282E

- 11
49 3.250E

- 10 1.735E

- 10 1.735E

- 10 1.735E

- 10
50 5.025E

- 10 3.628E

- 10 3.628E

- 10 3.628E

- 10
51 2.718E

- 10 9.993E

- 10 2.644E

- 10 2.644E

- 10
52 5.368E

- 10 1.380E

- 10 1.380E

- 10 1.380E

- 10
53 3.494E

- 10 5.884E

- 10 2.001E

- 10 2.001E

- 10
54 2.902E

- 10 5.489E

- 10 1.551E

- 10 1.551E

- 10
55 4.835E

- 10 2.779E

- 10 2.779E

- 10 2.779E

- 10
56 5.058E

- 11 8.385E

- 10 4.129E

- 11 4.129E

- 11
57 4.563E

- 10 7.754E

- 10 3.445E

- 10 3.444E

- 10
58 3.086E

- 10 5.417E

- 10 1.627E

- 10 1.627E

- 10
59 4.218E

- 10 1.097E

- 10 1.097E

- 10 1.097E

- 10
60 5.232E

- 10 7.400E

- 10 3.769E

- 10 3.769E

- 10
61 1.067E

- 10 5.755E

- 10 5.978E

- 11 5.978E

- 11
62 3.634E

- 10 6.134E

- 10 2.170E

- 10 2.170E

- 10
63 1.409E

- 10 8.140E

- 10 1.117E

- 10 1.117E

- 10
64 6.744E

- 11 4.164E

- 10 2.734E

- 11 2.734E

- 11
65 5.117E

- 10 2.362E

- 11 2.362E

- 11 2.362E

- 11
66 9.678E

- 11 4.838E

- 10 4.558E

- 11 4.558E

- 11
67 1.952E

- 10 9.249E

- 10 1.758E

- 10 1.758E

- 10
68 2.828E

- 10 6.035E

- 11 6.035E

- 11 6.035E

- 11
69 3.945E

- 10 8.815E

- 10 3.386E

- 10 3.385E

- 10
70 1.636E

- 10 1.862E

- 10 2.966E

- 11 2.966E

- 11
71 5.503E

- 10 9.219E

- 10 4.939E

- 10 4.939E

- 10
72 2.421E

- 10 2.177E

- 10 2.177E

- 10 2.177E

- 10
73 4.759E

- 10 3.455E

- 10 3.455E

- 10 3.455E

- 10
74 3.438E

- 10 6.009E

- 10 2.011E

- 10 2.011E

- 10
75 2.973E

- 10 1.563E

- 10 1.563E

- 10 1.563E

- 10
76 5.555E

- 10 1.024E

- 09 5.538E

- 10 5.538E

- 10
77 1.757E

- 10 2.672E

- 10 4.571E

- 11 4.570E

- 11
78 1.444E

- 10 6.379E

- 11 6.379E

- 11 6.379E

- 11
79 1.327E

- 10 9.124E

- 11 9.124E

- 11 9.124E

- 11Page 

### 168 80 7.024E

- 11 7.611E

- 10 5.205E

- 11 5.204E

- 11
81 3.677E

- 10 5.104E

- 10 1.827E

- 10 1.827E

- 10
82 1.180E

- 10 8.947E

- 10 1.028E

- 10 1.028E

- 10
83 2.038E

- 10 7.849E

- 11 7.849E

- 11 7.849E

- 11
84 5.259E

- 11 6.730E

- 10 3.446E

- 11 3.446E

- 11
85 4.794E

- 10 2.433E

- 10 2.433E

- 10 2.433E

- 10
86 5.762E

- 11 3.288E

- 10 1.844E

- 11 1.844E

- 11
87 4.940E

- 10 7.164E

- 10 3.445E

- 10 3.445E

- 10
88 2.739E

- 10 4.093E

- 10 1.091E

- 10 1.091E

- 10
89 4.272E

- 10 4.368E

- 10 1.817E

- 10 1.817E

- 10
90 1.873E

- 10 1.148E

- 10 1.148E

- 10 1.148E

- 10
91 3.111E

- 10 8.042E

- 10 2.436E

- 10 2.436E

- 10
92 1.552E

- 10 8.290E

- 10 1.253E

- 10 1.253E

- 10
93 4.354E

- 10 2.292E

- 10 2.292E

- 10 2.292E

- 10
94 4.629E

- 10 3.874E

- 10 3.874E

- 10 3.874E

- 10
95 3.842E

- 10 5.618E

- 10 2.101E

- 10 2.101E

- 10
96 3.763E

- 10 3.229E

- 10 3.229E

- 10 3.229E

- 10
97 3.397E

- 10 5.294E

- 10 1.751E

- 10 1.751E

- 10
98 4.116E

- 10 9.420E

- 10 3.775E

- 10 3.775E

- 10
99 2.171E

- 10 1.445E

- 10 1.445E

- 10 1.445E

- 10
100 2.134E

- 10 4.645E

- 10 9.650E

- 11 9.650E

- 11



### Acceptance Criteria The acceptance criteria for the test is that an independent calculation of the conditioned value for WAS_AREA:GRATMICH match with the reported precision the value computed by LHS_EDIT.



### Evaluation The Test Values matched the values computed by LHS_EDIT in every case where WAS_AREA:GRATMICH exceeded WAS_AREA:GRATMICI.

1.5. Source Code The source code for LHS_EDIT Version 1.0 can be found in the file LHS_EDIT.FOR in the SCMS library PACMS2:[CMS_AP132.AP132_LHS] (LIBAP132_LHS) in the LHS_EDIT_V1.0 class. The executable LHS_EDIT.EXE is found in the same library and class. The source code is reproduced below.Page 

### 169

Program LHSedit !.....Purpose: Edit a LHS output file by restricting the value in column col2
to ! to never exceed the value in col1 ! Author: Tom Kirchner ! Version: 1.0

!.....Edit a LHS output file by restricting the value in column col2 to ! never exceed the value in col1 Character*160 line Double precision a,b !Endpoints of the first (rightmost) distribution Double precision c,d !Endpoints of the second (leftmost) distribution Integer col1, col2 !The primary and conditional variables Double precision current(100,75) Character*160 spacer(4,7) Common/NewData/current,spacer

!.....Load the data into value() Call ReadFloats(current,spacer)

!.....Open the "control" file OPEN(2,file='LHS_CONTROL') Open(3,FILE="check.txt") 5 Read(2,'(i2,1x,i2)',END=50) col1, col2 !.........Read the distribution definition sectio n Call ReadDistInfo(col1, a, b, col2, c, d) write(*,*) "Column 1: ", col1," Range: ",a,b write(*,*) "Column 2: ", col2," Range: ",c,d write(*,'(a,i2,2a,i2)') " Data in column ",col2," to be ",

& "conditioned on column ",col1

!.........Now mofify the file Call MakeConditional(col1,col2,a,b,c,d) GoTo 5 50 Close(2) Close(3)

!.....Now write the new file Call WriteFile

Stop 100 Format(a160) 110 Format(a160) End

Subroutine ReadFloats(fpvalue,spacer) !.....Read the sampled values into the fpvalue array, preserving the ! headers between "pages" in the spacer array Double precision fpvalue(100,75) Character*160 spacer(4,7) Character*160 line Integer LineNumPage 

### 170

Open(1,FILE='LHS2_TRN',ERR=75) Do While (.not.eof(1)) Read(1,210) line If (line(1:14).eq." RUN NO. X(1)") then Do k=1,7 Do i=1,100 Read(1,200) LineNum,(fpvalue(i,(k

- 1)*10+j),j=1,10) End Do Do i=1,4 Read(1,210) spacer(i,k) End Do End Do

Do i=1,100 Read(1,200) LineNum,(fpvalue(i,70+j),j=1,5) End Do Close(1)
Return End If End Do Close (1)
Return 75 Write(*,*) "Error opening file" 200 Format(3x,i3,10(1x,f10.3)) 210 Format(a160) End

Subroutine MakeConditional(col1,col2,a,b,c,d) !.....Modify values in column col2 ! by 1) reading values from columns col1 and col2 of LHS2_TRN ! 2) rescaling the value in col2 so that it is alway greater than ! that in col1 ! A new file is written which leaves all the data in LHS2_TRN above and ! below the sampled values unchanged. Integer col1, col2 Character*160 line Double precision current(100,75) Character*160 spacer(4,7) Common/NewData/current,spacer Double precision Rescale, v, a, b, c, d, upper

!...... Now replace the data Write(3,*) "Column 1, Column 2, Conditioned Column 2" Do i=1,100 v=Rescale(i,current,col1,col2, a,b,c,d) Write(3,*) current(i,col1),",",current(i,col2),',',v current(i,col2)=v End Do
Return End

Subroutine WriteFile !.......Write out the file with the modify valuesPage 

### 171

! A new file is written which leaves all the data in LHS2_TRN above and ! below the sampled values unchanged. character*160 line Double precision current(100,75) character*160 spacer(4,7) Common/NewData/current,spacer Character*3 fmt

fmt="0 "

Open(1,FILE='LHS2_TRN') Open(2,FILE='LHS_EDIT_OUT',recl=160) Write(2,'(a)') "1" Do While (.not.eof(1)) Read(1,410) line If (line(1:14).eq." RUN NO. X(1)") then Write(2,'(a)') trim(line) ! and write the new values out

Do k=1,7 Do i=1,100 Write(2,400)fmt,i,(current(i,(k

- 1)*10+j),

& j=1,10)

End Do Do i=1,4 Write(2,'(a)') trim(spacer(i,k)) End Do End Do Do i=1,100 Write(2,400) fmt,i,(current(i,70+j),j=1,5) End Do

Else Write(2,'(a)') trim(line) End If End Do
Return 400 Format(a3,i3,10(1x,1pE10.3)) 410 Format(a160) End

Double Precision Function Rescale(i,current,col1, col2, a, b, c, d) !.....Adjust col2 so that it never exceeds col1 ! The distribution of col2 ranges from [c

- d] ! The distribution of col1 ranges from [a

- b] Double precision current(100,75), a, b, c, d, upper Integer i, col1, col2 Double precision v

v=current(i,col2) If (current(i,col2).GT.current(i,col1)) then upper=current(i,col1) v=(current(i,col2)

- c)/(d

- c)*(upper

- c)+c End IfPage 

### 172 Rescale = v

Return End

Subroutine ReadDistInfo(col1, a, b, col2, c, d) !.....Read the distribution information and save the range limits ! for the uniform distribution for the col1 variable Integer col2, col1 Integer VarNum Double Precision a, b, c, d Character*160 line ! Open the file Open(1,FILE='LHS2_TRN') ! Skip the first page of the header Do While (line(1:26).ne." VARIABLE DISTRIBUTION") Read(1,800) line End Do !.....Now process the definitions Do While (line(1:1).ne."1") !marks the end of the data Read(1,800) line If (line(11:21).eq." UNIFORM") Then ! Get the variable number Read(line,'(7x,i2)') VarNum If (VarNum.eq.col2) Then ! Get the minimum and maximum Read(line,'(33x,e10.4)') c Read(line,'(49x,e10.4)') d Else if (VarNum.eq.col1) Then ! Get the minimum and maximum Read(line,'(33x,e10.4)') a Read(line,'(49x,e10.4)') b End if End If End Do Close (1)
return 800 Format(a160) End