ME 467 Finite Element Analysis with Applications

A first course in the finite element method that includes the solution of spring, truss, and beam structures using the stiffness method and the principle of minimum potential energy applied to spring problems.  Subsequent study of beam, plane stress, plane strain, axisymmetric, plate, and solid elements.  Additional topics include mixed element models, mesh convergence, symmetry, stress singularities, and an introduction to element interpolation functions and element integration schemes.  Additional structural applications include modal, buckling, dynamics, and thermal stress analyses in addition to conductive and convective heat transfer analyses.  Analyses will include the use of commercially available finite element software.  Two hours of lecture and two hours of laboratory per week.