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I need help in ANSYS 13 (Mechanical APDL interface), If anyone has an example or tutorial for modeling of reinforced concrete beam with discrete reinforcement using non-linear material definition, please provide on my E-mail: eng.karim.naguib@gmail.com

Sir/Madam,

I have Abaqus 6.11 .For running the subroutine is there need of compiler for interfacing with Abaqus.Please help me.

With Regards,

Deepak

Hi all,

Hello guys,

I am working on a project wherein there is a rubber material which gets compressed. Now I have the force-displacement curve for this rubber material. I intend to represent the rubber with NL springs.

The F-d curve mentiones the specimen details as 5*100mm. This i beleive is the tested specimen. Now how can I consider this for the whole rubber model???

I have n number of springs connected in parallel. How can I consider this when I use a F-d curve?

Any help is appreciated.

Thanks. 

a

    The book “Corrosion and Materials in the Oil and Gas Industries”, edited by Reza Javaherdashti, Chikezie Nwaoha and Henry Tan, has been published by CRC Press/Taylor and Francis LLC, USA.
user/971

An interesting presentation of the state of the question by  Dr Louis Cloutier, in 2008.

A two year postdoctoral research officer position on the development and implementation of computational techniques (hp-finite elements) for Maxwell's equations and their associated inverse problem is available at Swansea University. To apply for the position see

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Can someone answer me if Gurson-Tvergaard-Needleman void growth model is not suitable for flyer-plate impact simulations? I have come across some papers who have derived void growth equations to simulate fracture in ductile mateials like OFHC copper etc., subject to plate impact (uniaxial strain high strian rate loading). I have attached 3 of them. But none of them have used Gurson's yield function. I did not find any explanation if GTN model has any drawbacks in simulating spallation phenomena found in plate impact simulations.

5 Minutes, 100 Mb, but only THREE will win...

If you
have ever created a useful tutorial or if you have ever had a great idea for a
tutorial, but you’ve never had the time to create it - then now is your chance to share your
ideas with other SIMULIA users! Beginning in May and ending in June
we will be accepting submissions of tech-tip tutorials. The winners will be
announced in August and will receive a 3Dconnexion Space Navigation Mouse.

Having learned Python for a while now, I believe it is of benefit to students who want to learn statistical analysis and such models and be able to compute these. Python is an easy to learn language. Oh and did I mention George   his is for  you ;)

Dear Group,

I am looking for a compilation of data of the uniaxial compression test of metals at high temperature.

This type of test is commonly used to extract parameters for the equation
strain rate = function of stress (peak stress or steady state flow stress) and temperature
among them the activation energy for flow

I'd need, independently:

In the review paper by Spak & al. (January 2013) on cable bending mechanical models, one class of models was not specifically mentioned, in which authors attempt to take into account the tangential elasticity at points of contact between cable layers. There are at least two noteworthy contributions: