Programming the finite element method
著者
書誌事項
Programming the finite element method
Wiley, c1998
3rd ed
- : cloth
- : pbk
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注記
Includes bibliographical references and indexes
内容説明・目次
- 巻冊次
-
: cloth ISBN 9780471965428
内容説明
The finite element method is a numerical modelling technique which requires the subdivision of a region (surface or volume) into small elements, of which the response characteristics of each are described in a simplified way. This book shows how to develop computer programs which solve specific engineering problems using the finite element method. It should enable students to assemble their own computer programs to produce numerical results to solve these problems. This revised third edition has all programs completely re-written in Fortran 90. Features include: a complete up-grade to Fortran 90; all the Fortran programs and subroutines are listed in full in the text but should also be made available on the Internet via anonymous ftp; programs illustrating analytic rather than numerical evaluation of element properties; wide variety of problems solved: classical structural analysis, elasticity and plasticity, steady state and transient fluid flow, linear and nonlinear solid dynamics and construction processes in Geomechanics. m
目次
- Computer strategies
- spatial discretisation by finite elements
- programming finite element computations
- static equilibrium of structures
- static equilibrium of linear elastic solids material nonlinearity
- steady-state flow
- transient problems - first order (uncoupled)
- "coupled" problems
- Eigenvalue problem
- forced vibrations.
- 巻冊次
-
: pbk ISBN 9780471965435
内容説明
Programming the Finite Element Method Third Edition I. M. Smith University of Manchester, UK. D. V. Griffiths Colorado School of Mines, USA. Following the highly successful previous editions, this Third edition contains programs and subroutine libraries fully updated in Fortran 90, which are also available on the Internet via anonymous ftp. A wide variety of new problem solving analyses are presented, including classical structural analysis, elasticity and plasticity, steady state and transient fluid flow, linear and non-linear solid dynamics and construction processes in geomechanics. The authors provide: a clear outline of programming philosophy programs which illustrate analytic rather than numerical evaluation of element properties exercises for students to solve Unique elements of the text include: practical problems in Fortran 90 instructions to the reader for developing their own computer programs which use the finite element method to solve specific problems guidelines towards vectorisable/parallelisable programs 'Mesh-free' or 'element-by-element' techniques supplanting traditional 'mesh-dependent' or 'global element assembly' methods in every chapter.
These improvements all contribute to a more comprehensive book with a wide appeal, but which will be of particular interest to students and practitioners in the application of the finite element method, and problems related to its use; undergraduates and postgraduates in civil engineering (applications in fields of Geomechanics), mechanical engineering (stress and fluid flow problems), applied mathematics and physics (solution of partial differential equations), and engineers in the fields as indicated above.
目次
Preliminaries: Computer Strategies. Spatial Discretisation by Finite Elements. Programming Finite Element Computations. Static Equilibrium of Structures. Static Equilibrium of Linear Elastic Solids. Material Nonlinearity. Steady--state Flow. Transient Problems: First Order (Uncoupled). "Coupled" Problems. Eigenvalue Problems. Forced Vibrations. Appendices. Indexes.
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