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Abaqus - cohesive concrete and epoxy

Submitted by parthathawale on

Hi,



I was browsing through this forum which I find very helpful.



I am trying to model a simple shear pull out test by simulating debonding in abaqus.

epoxy is bonded between concrete and frp.

i am pulling frp from one end by applying a load while other end of concrete is fixed.

epoxy is modeled as cohesive with quad damage and traction

interaction has been defined as hard contact, cohesive and damage (initiation, evolution and stabilization).

automatic stabilization is also provided by inputing the damping factor.

Open Ph.D. positions at UT-Arlington

Submitted by Bo Yang on

There are three Ph.D. positions opening in our group: one in Cell/Tissue Mechanics, one in Mechanics of Energy Storage Materials, and the last in Metamaterials. We would like to fill these positions as soon as in the Spring, 2012. Qualified candidates with a M.S. degree in Mechanical Engineering or related discipline are welcome to apply. If interested, please send a copy of C.V. to boyang [at] uta.edu. Also, please indicate which position you apply.

Special Academic Offer -- ADINA

Submitted by ADINA Support on

Dear Colleague,

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at universities all around the world. If you are not already a university user,

you may be interested in the following announcement:

http://www.adina.com/educ.shtml

2. For an overview of the comprehensive multiphysics capabilities of ADINA see

the following page:

http://www.adina.com/multiphysics.shtml

XFEM into Diffpack for fracture mechanics

Submitted by Stephane Bordas on

A 6 month post is available, either as recruited staff or consultant for 3D fracture mechanics applications within Diffpack (inuTech) http://www.inutech.de/

at Cardiff University. 

 The profile of the candidate:

Mandatory criteria

-strong C++coding experience

-knowledge of numerical methods

Desirable criteria

-Diffpack experience

-XFEM experience

 Depending on performance, the post can be extended through other contracts (see posts below).

Call for abstracts: Computational mechanics of cells, tissues, and biomaterials (ECOMASS 2012)

Submitted by azadpoor on

Call for Abstracts (Deadline: December 15, 2011)

As a part of ECCOMAS 2012 (European Congress on Computational Methods in Applied Sciences and Engineering)

Submit your Abstract (Choose mini-symposium MS114)

Postdoc positions in Center for Nano and Micro Mechanics (CNMM) at Tsinghua University, Beijing, China

Submitted by Quan-shui Zheng on

There are TEN openings for postdoctoral positions in the Center for Nano and Micro Mechanics (CNMM) at Tsinghua University. The Center is an interdisciplinary innovation center supported by Tsinghua University, with specially focused interests in nanomaterials, nanodevices, nano-enabled energy and environmental applications. More details about the faculties and research area can be found at http://cnmm.tsinghua.edu.cn.

a question about Euler beam in ABAQUS

Submitted by chunhuizhang on

To eliminate the unwanted axial strain constraint, in Abaqus the stretch dL/dS at the node of each such element is taken as an internal variable, local to the element (a third internal node is created for this purpose, and so it is not shared with neighboring elements.) 

Above paragraph is excerpted from chapter about Euler beam theory in ABAQUS theory manual.

Post-Doctoral Positions at the Tsinghua Center for Combustion Energy

Submitted by frankwanger on

A Center for Combustion Energy has been established at Tsinghua University in Beijing, China.

The need for such a center is motivated by the central role that combustion plays in energy sustainability and climate change,

 by the emergence of China as a major industrialized nation and her commitment to seek solutions to these global problems,

and by the potential that combustion can contribute to the advance of diverse disciplines of frontier science that involve reacting flows. 

ExpRing-----a tool to simulate fragment of brittle materials

Submitted by Duan Zhong on

This is a free tool to simulate the fragment of brittle materials. You can use it to calculate the fragmentation of some differernt materials with different weakened styles. Also you can use different model to analyze your fragment process. The tool and its introduction are showing the attachment.