Concepts and Applications of Finite Element Analysis
- Robert D. Cook
David S. Malkus
Contents:
- Introduction
- The stiffness method and the plane truss
- Stationary principles, the Rayleigh-Ritz method, and interpolation
- Displacement based elements for structural mechanics
- Straight sided triangles and tetrahedral
- The isoparametric formulation
- Coordinate transformation
- Topics in structural mechanics
- Constraints
- Solids of revolution
- Bending of flat plates
- Shells
- Finite elements in dynamics and vibrations
- Stress stiffening and buckling
- Weighted residual methods
- Heat conduction and selection fluid problems
- An introduction to some nonlinear problems
- Numerical errors and convergence
- Modeling, programs and programming
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