CE 561 - Finite Element Applications in Structural Engineering
Catalog Description
Application of finite element method to typical problems in structural engineering. Truss, beam and plate elements; two-dimensional stress and strain; two-dimensional elements; representation of nonlinear material behavior with elastic and elastic-plastic models. Taught concurrently with 538. Credit Restriction: Students may not receive credit for both 561 and 538.3 credit hours (lecture)
Prerequisites
- Structural Analysis
- Matrix Computation or equivalent.
Schedule
| Fall, 2009 | : | TA |
Textbooks and Resources
Cook, R.D. (1995). Finite Element Modeling for Stress Analysis. John Wiley.Course Objective
- Learn the finite element formulation for solving structural and geotechnical problems.
- Develop the ability to properly model a structure.
- Learn how to properly interpret results from a finite element analysis.
- Become proficient in the use of finite element computer programs.
- Examine several different illustrative applications.
Topics
- Introduction & review of mechanics of materials
- Matrix formulation of axial members
- Matrix formulation of beam members
- Special loading and support conditions
- Beams on elastic foundations
- 2D stress and strain
- 2D finite elements
- Finite element modeling and applications
- Nonlinear solution methods
- Elastic nonlinear materials
- Plastic nonlinear materials
- Geometric nonlinearity
Project: Each student will prepare a term project/paper. The term paper/project will utilize a numerical solution to a practical problem. The report should include a comparison of the numerical results from a simplified problem for which a simple or hand solution is available or has been included.
Professional Component
Relationship to Program Objectives
Last update: Fri Jun 23, 2006 9:42 am by acostar