The current technologies of 3D printing have huge potential in the domain of printing flexible electronics and direct write printing on curved surfaces. In this project we want to explore such technologies to print electronics on curved surfaces. We would experiment with various kinds of printing solutions for the fabrication of printed electronics onto arbitrary non-flat surfaces. We would test the feasibility of printing with various kinds of multi-axis printing platforms like syringe/extrusion printing, aerosol jet printing etc.

Summer School on "Biomechanics, from Protein to Tissue to Organ: Modeling and Computation" in Graz, Austria

At Graz University of Technology, in the Faculty of Computer Science and Biomedical Engineering

one position for a University Assistant with doctorate, with tenure track to a position as Associate Professor in the area of Experimental Biomechanics

Thu, May 10 2018 2:00 PM - 3:00 PM BST

Join this webinar and see how the Simpleware Human Body Model products benefit design and simulation applications such as medical devices, consumer products, bioelectromagnetics, and wearable technologies.

Project title: Micromechanical modeling of geomaterials by considering the microstructural anisotropy 

Location: Nancy (France), Georessources Laboratory, University of Lorraine

Starting date and duration: September/October, 2018, 3 years

Candidates: First-class undergraduate and master degrees in mechanics, applied mathematics, civil engineering or other related disciplines. The candidates should be motivated by research in theoretical and numerical modeling and have a good background in mathematics, mechanics of materials, finite element method, etc. 

Assistantship in the Maddocks group at the EPFL http://lcvmwww.epfl.ch

A position is available to work on a combined analytical, numerical and experimental study of uniform elastic rods in two contexts:

1)  the characterisation of helical equilibria, including stability properties, in both the cases of self-avoiding and self-contacting configurations,

and

2) the equilibria of knots in the presence of friction.

华中科技大学力学系2018年诚聘海内外优秀人才（含青千申报）

    华中科技大学是教育部直属的全国重点大学，是国家“211工程”和“985工程”建设的高校之一,2017年入选国家双一流建设高校。华中科技大学力学学科有30多年的发展历史、较为雄厚的科研力量和一系列重要的科研成果，培养了一大批杰出的力学人才。力学系拥有力学一级学科，固体力学、动力学与控制、工程力学和流体力学博士学位授予权，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《固体力学学报》和英文国际期刊《Acta Mechanica Solida Sinica》（被SCI收录并向全球发行）。

    力学系现有教师50余人，其中长江学者讲座教授1名、国家教学名师1名、优青/青千3名、教授15名、副教授20名。现面向海内外招聘若干名具有固体力学、动力学与控制、流体力学、工程力学、计算力学或新兴交叉力学等研究背景、愿意从事与力学学科相关的教学和（或）科研工作的优秀人才。

1、 千人计划青年项目

ANSYS, Inc. has an immediate job opening in Houston, TX for Application Engineer.  This is a full time position.

The job entails providing advanced technical guidance on various aspects of computational Structural Mechanics to clients in industry.

Don't forget to submit your poster and oral abstracts to the International Conference on Fatigue Damage of Structural Materials by 5 April 2018.  Please submit on the topics listed below using the online abstract submission system.

This video gives a basic introduction to von mises stress, which is widely used in the structural analysis & design.