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Postdoctoral Positions at National University of Singapore

Submitted by Jian ZHU on

Two postdoctoral positions are
available in the area of applied mechanics/mechanical design at the National
University of Singapore, Singapore.  Experiment
experience is a plus. One may focus on energy harvesting using soft active
materials, while the other may focus on soft robots.

A Post-Doctoral position at the Hebrew University- mechanics of landslide triggering.

Submitted by einatah on

A postdoctoral research position is
available at the Earth Sciences Institute, at the Hebrew University,
Jerusalem, Israel, focusing on understanding basic processes of
submarine landslide triggering, with applications to the Eastern
Mediterranean Sea, offshore Israel. The work will involve numerical
and/or physical modeling, analyzing the mechanisms of submarine
slope-failure. Applicants should send their CV and intention letter
including names of 3 referees, directly to the PIs: Prof. Einat Aharonov

A Post-Doctoral position at the Hebrew University- mechanics of landslide triggering.

Submitted by einatah on

A postdoctoral research position is available at the Earth Sciences Institute, at the Hebrew University, Jerusalem, Israel, focusing on understanding basic processes of submarine landslide triggering, with applications to the Eastern Mediterranean Sea, offshore Israel. The work will involve numerical and/or physical modeling, analyzing the mechanisms of submarine slope-failure. Applicants should send their CV and intention letter including names of 3 referees, directly to the PIs: Prof.

Body to Ground Spring in ANSYS CLassic

Submitted by amitshah3333 on
Hi All,

I want to model underground circular pipe embedded inside ground/earth for transient structural analysis in ANSYS Classic.

I am using shell element for pipe structures. To represent surrounding ground/earth,

I want to use Springs of appropriate stiffness on outer periphery of pipe structures.

Can anybody guide/help how to represent this springs? Which element to use in ANSYS Classic.

Highly stretchable and tough hydrogels

Submitted by Jeong-Yun Sun on

Advanced Finite Plasticity Textbooks

Submitted by Mubeen on

While reading the article

"An alternative approach to finite plasticity based on material isomorphisms " (1999) by Prof. Bertram, the first thing that attracted my attention was the quote [by Prof. Naghdi (late)]:

 “there is some degree of disagreements on nearly all of the main constitutive ingredients and features of plasticity in the presence of finite deformation... Some of the issues of disagreements are of basic and fundamental importance.”