Before revision: Mathematical relationships of internal forces in rigid frames.J.Y.Lee and S-Y.Ahn, Finite element implementation for computer-aided education of structural mechanics:Frame analysis, Computer Applications in Engineering Education, 22(2014), pp387-409 Geometric properties of an arbitrarily defined member section Stresses on the member sections Moving load Mohr circle and its application to elasto-plastic yielding.J.Y.Lee, H.R.Ryu and Y.T.Park, Finite element implementation for computer-aided education of structural mechanics:Mohr's circle and its application, Computer Applications in Engineering Education, 22(2014), pp494-508 Stress path and yield surface Buckling Stiffness assembly and solution process in the finite element analysis.J.Y.Lee, Interactive simulation of finite element equation processing for educational purposes, Computer Applications in Engineering Education, DOI 10.1002/cae .21568 Shape function and interpolation Eigen value analysis < .
After revision: Mathematical relationships of internal forces in rigid frames.J.Y.Lee and S-Y.Ahn, Finite element implementation for computer-aided education of structural mechanics:Frame analysis, Computer Applications in Engineering Education, 22(2014), pp387-409 Geometric properties of an arbitrarily defined member section Stresses on the member sections Moving load Mohr circle and its application to elasto-plastic yielding.J.Y.Lee, H.R.Ryu and Y.T.Park, Finite element implementation for computer-aided education of structural mechanics:Mohr's circle and its application, Computer Applications in Engineering Education, 22(2014), pp494-508 Stress path and yield surface Buckling Stiffness assembly and solution process in the finite element analysis.J.Y.Lee, Interactive simulation of finite element equation processing for educational purposes, Computer Applications in Engineering Education, DOI 10.1002/cae .21586 Shape function and interpolation Eigen value analysis 23 (2015) pp157-169, .