Dept of Aerospace and Engineering Mechanics

Prof. Ala Tabiei

FEM Courses

Finite Element Techniques I
AE672


Text:

Finite Element Procedure
Bathe, K., Prentice Hall, 1996

Home Work:

All homework assignments are to be submitted on the front of each page (no writing on the back). Late problems are not accepted for credit.

Examinations:

There will be a midterm in addition to a comprehensive final test. All exams are closed book. No make up test will be given.

Computer Programs:

Programs are to be written in FORTRAN (or any other structured language). Use subroutines. Statement numbers should appear in a monotonically increasing order. Include comment statements as necessary.

Grading System:

H.W. 10%
Computer Programs 20%
Midterm Test 30%
Final Test 40%

Topics:

· Introduction

· Basic matrix algebra

· Basic energy methods

· Rayleigh-Ritz method

· Interpolation functions

· F.E. formulation of truss-bar element

· F.E. formulation of beam element

· 1-D numerical integration

· F.E. programming

· Isoparametric formulation of bar and beam elements


Comments:

This course is part of a three course sequence. The assigned book will be used for all three courses. Also, the assigned book is a good future reference.

INTRODUCTION TO FEM SLIDES