The finite element method
Zienkiewicz, O. C.
The finite element method O. C. Zienkiewicz , R. L. Taylor - 5th. ed. - Oxford ButterworthHeinemann - xvi, 689 p.
Apéndices e índices de autores y alfabético, al final del libro
Referencias bibliográficas, al final de cada capítulo
Some preliminaries : the standard discrete system A direct approach to problems in elasticity Generalization of the finite element concepts. Galerkinweighted residual and variational approaches Plane stress and plane strain Axisymmetric stress analysis Threedimensional stress analysis Steadystate field problems. Heat conduction, electric and magnetic potential, fluid, flow, etc. "Standard" and "hierarchical" element shape functions : some general families of Co continuity Mapped elements and numerical integration. "Infinite" and "singularity" elements The patch test, reduced integration, and nonconforming elements Mixed formulation and constraintscomplete field methods Incompressible materials, mixed methods and other procedures of solution Mixed formulation and constraints. Incomplete (hybrid) field methods, boundary/Trefftz methods Errors, recovery processes and error estimates Adaptive finte element refinement Pointbased approximation; elementfree Galerkin and other meshless methods The time dimension. Semidiscretization of field and dynamic problems and analytical solution procedures The time dimension. Discrete approximation in time Coupled systems Computer procedures for finite element analysis
0750650494
The finite element method O. C. Zienkiewicz , R. L. Taylor - 5th. ed. - Oxford ButterworthHeinemann - xvi, 689 p.
Apéndices e índices de autores y alfabético, al final del libro
Referencias bibliográficas, al final de cada capítulo
Some preliminaries : the standard discrete system A direct approach to problems in elasticity Generalization of the finite element concepts. Galerkinweighted residual and variational approaches Plane stress and plane strain Axisymmetric stress analysis Threedimensional stress analysis Steadystate field problems. Heat conduction, electric and magnetic potential, fluid, flow, etc. "Standard" and "hierarchical" element shape functions : some general families of Co continuity Mapped elements and numerical integration. "Infinite" and "singularity" elements The patch test, reduced integration, and nonconforming elements Mixed formulation and constraintscomplete field methods Incompressible materials, mixed methods and other procedures of solution Mixed formulation and constraints. Incomplete (hybrid) field methods, boundary/Trefftz methods Errors, recovery processes and error estimates Adaptive finte element refinement Pointbased approximation; elementfree Galerkin and other meshless methods The time dimension. Semidiscretization of field and dynamic problems and analytical solution procedures The time dimension. Discrete approximation in time Coupled systems Computer procedures for finite element analysis
0750650494