有限元方法

所属分类:力学  
出版时间:2008-12   出版时间:世界图书出版公司   作者:监凯维奇   页数:435  
Tag标签:有限元,数值计算,数学  

前言

The major part of this book has been derived by updating the third volume of the fifth edition. However, it now contains three new chapters and also major improvements in the existing ones. Its objective is to separate the fluid dynamics formulations and applications from those of solid mechanics and thus to reach perhaps a different interest group.It is our intention that the present text could be used by investigators familiar with the finite element method in general terms and introduce them to the subject of fluid dynamics. It can thus in many ways stand alone. Although the finite element discretization is briefly covered here, many of the general finite element procedures may not be familiar to a reader introduced to the finite element method through different texts and therefore we advise that this volume be used in conjunction with the text on 'The Finite Element Method: Its Basis and Fundamentals' by Zienkiewicz, Taylor and Zhu to which we make frequent reference.

内容概要

这是一套在国际上颇具权威性的经典著作(共三卷),由有限元法的创始人Zienkiewicz教授和美国加州大学Taylor教授合作撰写,初版于1967年,多次修订再版,深受力学界和工程界科技人员的欢迎。本套书的特点是理论可靠,内容全面,既有基础理论,又有其具体应用。   第2卷目次:固体力学和非线性的一般问题;Galerkin近似方法;非线性代数方程的解;非弹性和非线性材料;几何非线性问题—有限变形;有限性变的材料构成;约束处理;伪刚性体和刚柔性体;离散元方法;一维结构力学问题;板弯曲近似:薄(Kirchhoff)板和C1连续性要求;厚Reissner-Mindlin 板—不可简缩的和混合公式;作为扁平单元的壳;轴对称壳;作为三维分析的特殊情形的壳—Reissner-Mindlin假定;半解析有限元法—正交函数的利用和‘有限带’法;非线性结构问题—大位移和失稳;多尺度模型;有限元分析的计算机程序。  读者对象:计算力学、力学、土木、水利、机械、航天航空等领域的专家、教授、工程技术人员和研究生。

作者简介

作者:(英国)监凯维奇 (Zienkiewicz.O.C)

书籍目录

PrefaceAcknowledgements1
Introduction
to
the
equations
of
fluid
dynamics
and
the
finite
element
approximation 1.1
General
remarks
and
classification
of
fluid
dynamics
problems
discussed
in
this
book 1.2
The
governing
equations
of
fluid
dynamics 1.3
Inviscid,
incompressible
flow 1.4
Incompressible
(or
nearly
incompressible)
flows 1.5
Numerical
solutions:
weak
forms,
weighted
residual
and
finite
element
approximation 1.6
Concluding
remarks References2
Convection
dominated
problems
-
finite
element
approximations
to
the
convection--diffusion-reaction
equation 2.1
Introduction 2.2
The
steady-state
problem
in
one
dimension 2.3
The
steady-state
problem
in
two
(or
three)
dimensions 2.4
Steady
state
-
concluding
remarks 2.5
Transients
-
introductory
remarks 2.6
Characteristic-based
methods 2.7
Taylor-Galerkin
procedures
for
scalar
variables 2.8
Steady-state
condition 2.9
Non-linear
waves
and
shocks 2.10
Treatment
of
pure
convection 2.11
Boundary
conditionsfor
convection-diffusion 2.12
Summary
and
concluding
remarks References3
The
characteristic-based
split
(CBS)
algorithm.
A
general
procedure
for
compressible
and
incompressible
flow 3.1
Introduction 3.2
Non-dimensional
form
of
the
governing
equations 3.3
Characteristic-based
split
(CBS)
algorithm
3.4
Explicit,
semi-implicit
and
nearly
implicit
forms
3.5
Artificial
compressibility
and
dual
time
stepping
3.6
'Circumvention'
of
the
Babuska-Brezzi
(BB)
restrictions
3.7
A
single-step
version
3.8
Boundary
conditions
3.9
The
performance
of
two-step
and
one-step
algorithms
on
an
inviscid
problem
3.10
Concluding
remarks References4
Incompressible
Newtonian
laminar
flows
4.1
Introduction
and
the
basic
equations
4.2
Use
of
the
CBS
algorithm
for
incompressible
flows
4.3
Adaptive
mesh
refinement
4.4
Adaptive
mesh
generation
for
transient
problems
4.5
Slow
flows
-
mixed
and
penalty
formulations
4.6
Concluding
remarks References5
Incompressible
non-Newtonian
flows
5.1
Introduction
5.2
Non-Newtonian
flows
-
metal
and
polymer
forming
5.3
Viscoelastic
flows
5.4
Direct
displacement
approach
to
transient
metal
forming
5.5
Concluding
remarks References6
Free
surface
and
buoyancy
driven
flows
6.1
Introduction
6.2
Free
surface
flows
6.3
Buoyancy
driven
flows
6.4
Concluding
remarks References7
Compressible
high-speed
gas
flow
7.1
Introduction
7.2
The
governing
equations
7.3
Boundary
conditions.-
subsonic
and
Suoersonic
fl0w
7.4
Numerical
approximations
and
the
CBS
algorithm
7.5
Shock
capture
7.6
Variable
smoothing
7.7
Some
preliminary
examples
for
the
Euler
equation
7.8
Adaptive
refinement
and
shock
capture
in
Euler
problems
7.9
Three-dimensional
inviscid
examples
in
steady
state
7.10
Transient
two-
and
three-dimensional
problems
7.11
Viscous
problems
in
two
dimensions
7.12
Three-dimensional
viscous
problems……8
Turbulent
flows9
Generalized
flow
through
porous
media10
Shallow
water
problems11
Long
and
medium
waves12
Short
waves13
Computer
implementation
of
the
CBS
algorithmAppendixAuthor
indexSubject
index

章节摘录

插图:

编辑推荐

《有限元方法流体力学(第6版)》由世界图书出版公司出版。

图书封面

图书标签Tags

有限元,数值计算,数学


    有限元方法下载



用户评论 (总计41条)

 
 

  •     详细讲解了流体力学的有限元法,内容很充实
  •     英文很地道,搞有限元的必读教程
  •     流体力学太难啦,学好必须努力啊。
  •     虽然还没有完全阅读但是觉得书内公式推导严谨是本不错的学习参考
  •     全新的英文书 还没有看具体内容
  •     大师,经典
  •     虽然不是自己的专业,但是还是想把三本买齐了
  •     非常好的专业书籍,不便之处就是英语要花很多时间阅读理解
  •     很好的书!!很难
  •     相对第5版,错误明显纠正很多,便还存在少量
    影印版纸张质量较差,但印刷质量还可以
    内容比较充分全面,但感觉都没有讲得太透,不尽详实,不过对CBS的讲解和相应的程序实现算是比较到位了
    毕竟有限元应用于流体力学研究不是很热,不错的参考了
  •     里面罗列了FEM在流体力学中的多种应用。可以做为某领域工作的综述性文献来看。
  •     还没看,但是确实是经典
  •     书质量真心就那样
  •     价格合理,字迹清晰。开展这方面研究的人士必看的书籍,推荐!
  •     有限元书籍很多,但绝大多数都专注于结构力学领域。这本书则专注于流体领域,且深入浅出,适合有一定有限元基础的学生或者科技工作者参考。
  •     最近真的是太忙了,没来得看,下次补上心得
  •     经典教材,很棒!英文原版的影印版,价格适合中国啊。
  •     较好的流体力学有限元法的书。
  •     书的确不错,但商家储存得不太好,边角有磨损,不过不严重,给个好评
  •     最近帮朋友买的英文原版的“有限元”,貌似比较到位!学习ing····
  •     有关有限元应用于流体动力学方面的计算。作者是有限元泰斗。
  •     参数化编程属于高级应用,入门之用。
  •     适合初级中级水平人员使用,流体力学太难啦
  •     其他书错误太多,需要改进的地方:个别页面文字没有居中。
    综合评价
  •     很难找到这方面的书,解决了问题。谢谢了。
  •     就是来的有点晚了,仔细看完收获会很大
  •     要想学abaqus的建议看看,对于初学者来说
  •     据说可以当工具书使用。。,书的质量也很好!不错!
  •     应该不错吧……,是学习ansys的好书
  •     送货速度快,但是里面的内容暂时还没有学!寒假慢慢吃透吧
  •     书太薄,唯一不足是书中有些许错处。但不影响整体的阅读理解。
  •     非常赞的一本书,不解释!
  •     很适合初学者~,很详细
  •     与另处一本书重复了,挑需要的看
  •     书的质量一般啊,太薄了
  •     详细介绍了原理方面的知识,讲的挺好的
  •     准备好好应用,适合自学
  •     这本书专门讲解了ug中有限元的部分很详细,挺不错的一本书
  •     我基本上看完了。只是里面的讲解有些小小的错误。,基础理论有帮助
  •     在有关阿巴的书中,内容有很多细节说明
  •     正版。发货也快。,ansys的应用apdl必不可少
 

自然科学类PDF下载,力学PDF下载。 PPT下载网 

PPT下载网 @ 2017