The Finite Element Method in Engineering
by S. S. RAO
CONTENTS:
1. Overview of finite element method
2. Discretization of the domain
3. Interpolation models
3. Interpolation models
4. Higher order and isoparametric elements
5. Derivation of element matrices and vectors
5. Derivation of element matrices and vectors
6. Assembly of element matrices and vectors and derivation of system equations
7. Numerical solution of finite element equations
8. Basic equations and solution procedure
9. Analysis of trusses, beams, and frames
10. Analysis of plates
11. Analysis of three-dimensional problems
12. Dynamic analysis
13. Formulation and solution procedure
14. One-dimensional problems
15. Two-dimensional problems
16. Three-dimensional problems
17. Basic equations of fluid mechanics
18. Inviscid and incompressible flows
19. Viscous and non-Newtonian flows.
20. Solution of quasi-harmonic equations
21. Solution of Helmholtz equation
22. Solution of Reynolds equations
App. A Green-Gauss theorem
7. Numerical solution of finite element equations
8. Basic equations and solution procedure
9. Analysis of trusses, beams, and frames
10. Analysis of plates
11. Analysis of three-dimensional problems
12. Dynamic analysis
13. Formulation and solution procedure
14. One-dimensional problems
15. Two-dimensional problems
16. Three-dimensional problems
17. Basic equations of fluid mechanics
18. Inviscid and incompressible flows
19. Viscous and non-Newtonian flows.
20. Solution of quasi-harmonic equations
21. Solution of Helmholtz equation
22. Solution of Reynolds equations
App. A Green-Gauss theorem
PAGES: 658
SIZE: 20MB
TYPE: PDF
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