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华中科技大学力学系2015年诚聘力学学科青年千人计划学者

Submitted by C Amss on

2015年华中科技大学力学系“青年千人计划”招聘启事

华中科技大学是教育部直属的全国重点大学,是首批列入国家“211工程”重点建设和“985工程”建设的高校之一。华中科技大学力学系经过30多年的发展,已拥有较强的办学实力。目前,力学系拥有力学一级学科博士学位授予权,工程力学国家级特色专业,力学博士后流动站,湖北省重点学科,工程结构分析与安全评定湖北省重点实验室等学科平台。承办中文核心期刊《固体力学学报》、国际期刊《Acta Mechanica Solida Sinica》(被SCI收录并由Elsevier公司向全球发行)。

学校还拥有光电国家实验室、国家强磁场中心等大型高水平跨学科平台,为了大力支持跨学科研究,学校组建了面向全校的创新研究院,实施灵活的人事、科研等管理政策。

为了推动我校力学学科的快速发展,现面向海内外诚聘力学学科优秀人才。

一、招聘岗位

国家“青年千人计划”学者

二、招聘学科

力学及其交叉学科。

三、基本条件

Abaqus non linear viscoelasticity and variable strain rates.

Submitted by Shouvik on

Hi ,

 

I am using abaqus to model a non linear viscoelastic polymer. I have input my relaxation test data as shear data for viscoelastic properties. I have added hyperelastic properties with uniaxial stress strain data as well.
However I find that the results of output stress strain only match for a constant strain rate.
Would it be possible to have the strain rate dependence reflect on the output.I would like to see the stress strain plot changing with changes in the strain rate.

Position: Research Fellow/ Senior Research Fellow, National Heart Research Institute Singapore

Submitted by Renick Lee on

 

We are looking for a dynamic and motivated new staff with interest in Cardiovascular Research and Medical Technology to join us. The position is based at the National Heart Research Institute Singapore, the research unit of the National Heart Centre Singapore (Outram Park).  The National Heart Centre Singapore (NHCS) is the largest centre for treatment of cardiovascular diseases in Singapore with over 100,000 cardiovascular outpatient visits and over 3000 operations every year. 

 

 

 

What are the boundary conditions of an elastic rod at a clamp moving on a perfectly smooth and rigid circular profile?

Submitted by Davide Bigoni on

What are the boundary conditions of an elastic rod at a clamp moving on a perfectly smooth and rigid circular profile?

The tangential shear at the clamp turns out to not be null!

See http://www.ing.unitn.it/~bigoni/multiple_bifurcations.html

 

multiscale implementation with abaqus

Submitted by palizvan on

hi 

I'm a beginner in abaqus and I started to simulate an multiscale analysis, I model both micro and macro scales and even homogenization part for micro scale outputs, but I couldn't perform a relation between two scales. i know the parts of the code, but i can't call phyton from fortran subroutine.

could any expert guide me how to overcome this problem?

thanks