Soil stabilization: asphalt, lime, cement
Subtitle: 10 reports.
Contributors: National Research Council (U.S.). Highway Research Board.
Series: Highway research record; no. 351
Publisher: Highway Research Board, National Research Council
Published: 1971
Place of publication: Washington
Language: eng
Number of pages: 133
Subjects: Soil stabilization.; Road materials.
Notes: Includes bibliographical references.
Table of contents: value: Soil stabilization: a mission oriented approach, by J. A. Epps and others.; value: Stabilization of Piedmont soils for use as base material on secondary road projects, by R. L. Stewart, O. S. Fletcher, and T. Y. Chu.; value: Evaluation and prediction of the tensile properties of asphalt-treated materials, by W. O. Hadley, W. R. Hudson, and T. W. Kennedy.; value: Influence of processing procedures on strength of sand stabilized with cationic bitumen emulsion, by C. S. Dunn and M. N. Salem.; value: Estimations of indirect tensile strengths for lime-treated materials, by T. W. Kennedy and R. K. Moore.; value: Tensile properties for design of lime-treated materials, by R. K. Moore, T. W. Kennedy, and J. A. Kozuh.; value: Effect of soil surface area and extractable silica, alumina, and iron on lime stabilization characteristics of Illinois soils, by J. C. Moore and R. L. Jones.; value: Stress-deformation prediction in cement-treated soil pavements, by Mian-Chang Wang and J. K. Mitchell.; value: Estimations of indirect tensile strengths for cement-treated materials, by T. W. Kennedy, R. K. Moore, and J. N. Anagnos.; value: Shrinkage cracking of soil-cement base: theoretical and model studies, by K. P. George.