The Finite Element Method Author
Material type:
TextLanguage: Eng. Publication details: New Delhi. : Tata McGraw- Hill Company ltd., 2007Edition: 3rd edDescription: xv ; 787 p. PAPER BACK 22cmISBN: 9780070996946Subject(s): Civil, ElementDDC classification: 624.17 | Item type | Current library | Home library | Collection | Call number | Copy number | Status | Notes | Date due | Barcode |
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Reference
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ADBU Azara Campus Library Reference | ADBU Azara Campus Library Reference | Reference | 624.17 ZIE (Browse shelf(Opens below)) | 1 | Not For Loan | Placed in Reference stack. | 13091 |
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| 624.17 THA Analysis of Structures | 624.17 VAR Building Materials | 624.17 VAZ Analysis of Structures | 624.17 ZIE The Finite Element Method | 624.171 BHA Structural analysis | 624.171 GUP Theory of structures | 624.171 PAN Theory of structures |
Civil Engineering
Contents:
Preface
1. Some preliminaries: The Standard Discrete System
2. Finite Elements Of An elastic Continuum-Displacement Approach
3. Generalization of The Finite element Concepts- Weighted Residual And Variational Approaches
4. Plane Stress And Plane Strain
5. Axi-Symmetric Stress Analysis
6. Three-Dimensional Stress Analysis
7. Element Shape Functions- Some General Families Of Co Continuity
8. Curved, Isoparametric Elements and numerical integration
9. Some application of isoparametric elements in two-and three-dimensional stress analysis
10. Bending of thin plates-A C1-continuity Problem
11. Non-conforming elements; substitute shape functions;'Reduced' integration and similar useful tricks
12.Lagrangian constraints in energy principles of elasticity.'Complete Field' and " Interface Variables'
13. Shells as an assembly of elements
14. Axi-Symmetric shells
15. Semi-analytical finite element processes-use of orthogonal function
16. Shells as a special case of three-dimensional analysis
17. Steady-state eirld problems-heat conduction, eelectric
and magnetic potential, fluid flow, etc.
18. Non-linear material problem,plasticity, creep(viscoplasticity) non- linear field problem,etc.
19. Geometrically non-linear problem: large displacement and structural instability
20. The time dimension, semi-discretization of field and dynamic problem and analytical solution procedures
21. The time dimension: finite element approximation to initail value-transient problem
22. Flow of viscous fluid:some special problems of convective transport
23. 'Boundary Solution' process and the finite element method infinite domains: singularity in fracture mechanics
24. Computer procedures for finite element analysis
Finite Element. Finite Method.
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