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[书籍]DYNAMIC PLASTICITY [复制链接]

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离线hetang
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个人中心可以申请新版勋章哦
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只看楼主 倒序阅读 使用道具 楼主  发表于: 2009-08-11
DYNAMIC PLASTICITY ;RWW+x8IB  
Kajkw>z  
Copyright © 2007 by World Scientific Publishing Co. Pte. Ltd y)3~]h\a  
4? m/*VV  
The present book is not simply a new addition of the book Dynamic Plasticity, 5Noe/6  
initially published in 1967, a long time ago. Certainly this edition is not only a new `*e4m  
version, containing the essential of the old book and what has been done meantime.  6R;)  
Why again Dynamic Plasticity? Well because very many books published meantime 6P;o 6s  
on the subject are not mentioning the waves which are to be considered in Dynamic M!N` Orz  
Plasticity. Also, generally, the plastic waves are slower than the elastic one. Thus, 4 ,p#:!  
when considering a simple problem of propagation of waves in thin bars, for any ycgfZ 3K  
loading at the end, the plastic waves are reached by the elastic ones, and will not L]k*QIn:h  
propagate any more. Only a part of the bar is deforming plastically. Examples of gB]C&Q  
this kind are very few. g!1I21M1~  
I thought that this new version is too restrictive for the today students which Mn]}s:v  
know little of static plasticity, differential equations, dynamic elastic–plastic properties, jrm0@K+<IA  
etc. Therefore, I thought to write a simpler book, containing the main 2c}B  
concepts of dynamic plasticity, but also something else. Thus I thought that this YXF#c)#  
new version would contain the elementary concepts of static plasticity, etc., which 44|deE3Z  
would be useful to give. Also it would be good to give other problems, not directly YF}9k  
related to dynamic plasticity. Thus I started with some classical problems on sA/,+aM  
static plasticity, but only the simplest things, so that the readers would afterwards B/jrYT$;m  
understand also the dynamic problems. Also, since in dynamic problems the soils [O^}rUqq  
and rocks played a fundamental role, I thought to write a chapter on rocks and soils. N0=-7wMk(Z  
Then were expressed several chapters about dynamic plasticity, as propagation of EfKM*;A  
elastic–plastic waves in thin bars, the rate influence and the propagation of waves .Qd}.EG  
in flexible strings. It is good to remember here that all problems related to dynamic R{*_1cyW  
problems, are to be considered using the mechanics of the wave propagation; without DVObrL)znL  
the wave propagation mechanics all results concerning constitutive equations, [J~aAB  
rate effect, etc. are only informative. Such problems are mentioned however in the QF\kPk(CtD  
book. We have presented mainly the different aspects on constitutive equations of (E!%v`_0  
materials, as resulting from dynamic problems. Rate effects are considered in this |/@0~O(6  
way. They have been used by a variety of authors. The same with the mechanics of xME(B@j  
flexible strings, presented afterwards. Not very many authors have considered till mR"uhm}q  
now the mechanics of deformable cables. It%T7 X#  
Therefore I thought to write a very simple book, which can be read by the $"Afy)Ir  
students themselves, without any additional help. They can understand what fO*)LPen.z  
“plasticity” is after all. Then several other problems have been presented. Not VR "u*  
trying to remove the fundamentals, I have thought also to add some additional z>6.[Z(T  
problems, which are in fact dynamic, though the inertia effect is disregarded. They c  Qld$  
are the stationary problems, quite often met in many applications. It is question 1'NhjL  
obviously, about problems involving Bingham bodies, as wire drawing, floating with y:Z$LmPc<  
working plug, extrusion, stability of natural inclined plane, etc. z{%oJ_  
Further I have considered various problems of plastic waves, using various \WWG>OUh.U  
theories. Also the perforation problems, was presented, using various symmetry z4CJn[m9  
assumptions, or any other assumption made. YMi/uy  
The last chapter is on hypervelocity impact. To keep it simple, I have given T3=(`  
only very few information about. Thus I wished to show what hypervelocity is and F4Rr26M  
how is it considered now. );=Q] >  
Though the book is a very simple one, I wished to ask any author to disregard sNL+F  
possible missing of some papers. All literature is certainly incomplete. One has f[x~)=  
done today much more than given here. It was impossible for me to mention “all” V {p*z  
authors in this field. $( S*GF$S  
N. D. Cristescu .+OB!'dDK^  
cristesc@ufl.edu
附件: Dynamic plasticity.pdf (5866 K) 下载次数:86
荷塘月色
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只看该作者 1楼 发表于: 2009-08-11
下载学习学习了
离线michaelshu

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只看该作者 2楼 发表于: 2009-08-11
谢谢啊     
离线patton4400
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只看该作者 3楼 发表于: 2009-08-19
塑性动力学吧
离线tyut
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只看该作者 4楼 发表于: 2009-10-07
Very great
离线freelyfly

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只看该作者 5楼 发表于: 2009-11-16
不知道项研究的隧道里用到用不到,先谢了
离线dorl2002

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只看该作者 6楼 发表于: 2009-11-18
学习学习,看容易入手不?
离线cc-css99

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只看该作者 7楼 发表于: 2009-11-20
这个英文版的吗?看看。谢谢斑竹了!

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只看该作者 8楼 发表于: 2009-11-23
好书啊,挺缺的

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只看该作者 9楼 发表于: 2009-11-23
再顶一下,才能下载啊
离线pop66

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只看该作者 10楼 发表于: 2009-12-14
    
离线feigo
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只看该作者 11楼 发表于: 2009-12-14
好书,感谢楼主!
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