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Finite Element Methods For Engineers

by Roger T. Fenner

This revised text serves as an introduction to finite element methods. Its main emphasis is on the simplest methods suitable for solving two-dimensional continuum mechanics problems, particularly those encountered in stress analysis, fluid mechanics and heat transfer.

FORMAT
Paperback
LANGUAGE
English
CONDITION
Brand New


Publisher Description

This revised text serves as an introduction to finite element methods. Its main emphasis is on the simplest methods suitable for solving two-dimensional continuum mechanics problems, particularly those encountered in stress analysis, fluid mechanics and heat transfer. Complete FORTRAN programs are presented, described and discussed in detail, with a number of practical case studies. Finite element methods are compared and contrasted with finite difference methods, and throughout the book the level of computer programming, continuum mechanics, numerical analysis, matrix algebra and other mathematics employed corresponds to undergraduate engineering course.

Table of Contents

Introduction and structural analysis; continuum mechanics problems; finite element analysis of harmonic problems; finite element meshes; some harmonic problems; finite element analysis of biharmonic problems; some biharmonic problems; further applications.

Details

ISBN1860940951
Language English
ISBN-10 1860940951
ISBN-13 9781860940958
Media Book
Author Roger T. Fenner
Pages 192
Publisher Imperial College Press
Imprint Imperial College Press
Place of Publication London
Country of Publication United Kingdom
DEWEY 620.00151535
Birth 1943
Short Title FINITE ELEMENT METHODS FOR ENG
Format Paperback
Affiliation Imperial College London, UK
Edition New edition
Illustrations black & white tables, figures
Series Series on Advances in Mathematics for Applied Sciences -
DOI 10.1604/9781860940958
Series Number 43
UK Release Date 1996-01-31
AU Release Date 1996-01-31
NZ Release Date 1996-01-31
Edition Description New edition
Year 1996
Publication Date 1996-01-31
Audience Undergraduate

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