Author: Xiaoyan Lei
Language: Chinese
ISBN/ISSN: 7113033997/TU.602
Published on: 2005-01
Hardcover
It is a reference book introducing the numerical method of plasticity ,plastic coupling,strain softening ,stickiness and wriggling problems obtained from the finite element method,exploring the foundamental theory of the numerical methods ,such as the bounary element method,the discussing the special points in geotechnique,such as the numerical calculation of the touching problem ,the anchorage shaft,the back analysis of the material parameter ,coupling and power,and finally expressing the finite element error estimate and the application to itself.
The main readers are the technicians engaged in geotechnique.
Chapter 1: Nonlinear finite element method
Chapter 2 : Boundary element method
Chapter 3 : Discrete element method – rigid bodies
Chapter 4 : Discrete element method – deformable bodies
Chapter 5 ：Joint elements, non-tensile tress model and infinite elements
Chapter 6 : Contact problems
Chapter 7 : Anchor bolts
Chapter 8 : Back analysis of material parameters and applications
Chapter 9 : Coupling systems
Chapter 10 : Transient dynamic analysis
Chapter 11: Error estimates and adaptive finite element refinement
Language: Chinese
ISBN/ISSN: 7113033997/TU.602
Published on: 2005-01
Hardcover
It is a reference book introducing the numerical method of plasticity ,plastic coupling,strain softening ,stickiness and wriggling problems obtained from the finite element method,exploring the foundamental theory of the numerical methods ,such as the bounary element method,the discussing the special points in geotechnique,such as the numerical calculation of the touching problem ,the anchorage shaft,the back analysis of the material parameter ,coupling and power,and finally expressing the finite element error estimate and the application to itself.
The main readers are the technicians engaged in geotechnique.
Chapter 1: Nonlinear finite element method
Chapter 2 : Boundary element method
Chapter 3 : Discrete element method – rigid bodies
Chapter 4 : Discrete element method – deformable bodies
Chapter 5 ：Joint elements, non-tensile tress model and infinite elements
Chapter 6 : Contact problems
Chapter 7 : Anchor bolts
Chapter 8 : Back analysis of material parameters and applications
Chapter 9 : Coupling systems
Chapter 10 : Transient dynamic analysis
Chapter 11: Error estimates and adaptive finite element refinement
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