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Call for papers: a series of monograph in the field of engineering mechanics

Submitted by sunbohua on
Advances in Engineering Mechanics (AEM)
a series of monograph in the field of engineering mechanics

published by Nova Science Publishers, Inc, 400 Oser Ave. Suite 1600, Hauppauge NY, 11788-3619, USA

Chief Editor: Prof. Bohua Sun

TWO MECHANICAL ENGINEERING FACULTY POSITIONS IN CHILE

Submitted by Ramon Frederick on

The University of Chile invites applications for two full time faculty positions in Mechanical Engineering. Applicants must have deep interest in undergraduate and postgraduate teaching, as well as the purpose to conduct long term, externally funded research programs at international level. Candidates are also expected to maintain fruitful work relationships with industry in their respective areas. According to qualifications, they may be ranked at the Assistant or Associate Professor level. Candidates are sought in two areas:

  1. Energy: Research interests in conventional or alternative energies, with emphasis in energy conservation, generation or efficient use.

Elasto-plastic theory - ABAQUS

Submitted by Thiago Rieger on

Hello,

 

I have started to study the plasticity theory few months ago. I'm trying to do one exercise in plane strain of one elasto-plastic material in ABAQUS and manually.

When the load is small, the material has just deformed elasticly and the total and elastic strain in z-direction (E33 and EE33) are zero (like say the theory of plane strain). 

nonlinear buckling of plates

Submitted by paigeri on

hi all,

   thanks lot, actually how to solve nonlinear buckling analysis?

1.what is the adavantage of nonlinear analysis,will u get new critical load or same value of linear buckling load?

2.one of the imechanica member suggested the follwing code,i done using tha t code but what ever im giving time value same value getting after converging my solution.

新技术无力测试损检测残余应

Submitted by ennio curto on

新技术无力测试损检测残余应





导言



内部压力,也应视为如下: 1 )业务株提到负荷的材料是受计算2 )残余应力引起的材料热处理或强调造成的焊接,锻造,铸造等方面的新技术能够衡量载荷和残余应力的平衡表面的材料,并在一个比较大的音量,有时甚至相同的大小作为整个结构。这强调的是部分金属的弹性场和有三个轴的空间取向。





描述



 弹性振荡(也称为振动)的弹性材料组成的小学群众轮流走动各自的平衡位置;这些运动造成的潜力转化成能源的动能。这种现象发生,由于反应(弹性部队) ,上述群众生产反对弹性运动;这些反应是成正比根据胡克定律,以相同的动作。弹性波的传播产生按照固定的速度,取决于如何迅速元素群众开始振荡。