Review of stiffness matrix method, two dimensional finite element analysis, plate bending formulations and non-linear problems; field problems, seepage, settlement, etc.; analysis of shells, vibration and stability problems; introduction to finite element methods followed by a separate group studies of specific field problems related to structures, geotechnical and transportation problems, engineering mechanics, etc. Weekly hours: 3 Lecture hours
Review of stiffness matrix method, two dimensional finite element analysis, plate bending formulations and non-linear problems; field problems, seepage, settlement, etc.; analysis of shells, vibration and stability problems; introduction to finite element methods followed by a separate group studies of specific field problems related to structures, geotechnical and transportation problems, engineering mechanics, etc. Weekly hours: 3 Lecture hours
