Skip to main content

Blog posts

Convergence Problem using Biphasic Material to model hip joint in Abaqus

Submitted by Leviathan2010 on

Dear All,

i am new to this forum and would like say hello to everybody!

I am currently working on a hip joint model consistent mainly
of the cartilogenous tissues. Biphasic Materials consitent of
a linear elastic Matrix and trapped fluid, which i modelled in
abaqus using Soil Mechanics (permeability).

At the moment, however, i am unable to obtain convergence. The
whole calculation stops at ca 0.122 sec out of total 1 sec. I
guess its just one parameter set wrong in Contact or an convergence

Can we input PET material properties directly in Abaqus 6.9

Submitted by manivannan on

I am a master student doing research on cohesive zone modeling of polymer coated steel.. I use abaqus 6.9 for my simulation.. I have three questions on cohesive zone modelling..

1. Can we input PET material properties directly in Abaqus 6.9

2. Can we input PVC material properties directly in Abaqus 6.9

3. I am using Standard abaqus cohesive Zone models embedded in abaqus standard pack. Is that right approach ?

Please clarify.. This would be life saving help..

Sincerely,

Manivannan..!!

Merging/Boolen operation in ABAQUS Cae to produce inclusion/matrix Unit cell

Submitted by Leon Mishnaevsky on

Hi,

I am trying to do with ABAQUS Cae now what I usually and successfully did with MSC Patran - produce a unit cell for particle reinforced composite. In other words,  I need to generate a "ball in a box" model.

So, I produce a part Cube and a  part Ball. After that I create Sections and Instances (what seems to be unnecessary if comparing with Patran, but apparently needed to link CAE with CADs), and assign Materias (lets say, Glass to Ball, and Polymer to Cube).

How can I model the progressive damage of composite materials

Submitted by Jameswei on

Recently, I indulged myself into the progressive damage simulation of composite materials. I firstly used the USDFLS to create several fields to define certain kinds of damage, such as fiber crack, matrix crack, shear damage and delamination. One curious thing that I experienced into this is that ABAQUS/Standard informed me that "Stiffness defined by engineering constants is not physically reasonable. Check choice of poisson's ratios". I checked the data and changed some to comply with the rules of the transversely isotropic materials and the program proceeded. 

FEA engineer job position in Microsoft, Mountain View, CA

Submitted by Zhen Zhang on

Finite Element Analysis (FEA) and test data
analysis Engineer Job Description:

 

Microsoft
is a world leader in the design of entertainment devices. We are looking for a
creative, talented and experienced Finite Element Analysis (FEA) and test data
analysis Engineer.

 

Engineer III Schlumberger

Submitted by henrygrebe on

Job Opening Schlumberger, a Fortune 500 Company, is a world-wide leading supplier of premium products and services to the oil and gas exploration and production industry, the petrochemical industry and other industrial markets.  We are seeking to hire a qualified candidate to fill the position of Engineer III in our Houston, TX location.   The successful candidate will be responsible for planning, organizing, and executing design development projects resulting in the definition of new products and improv

Faculty Positions in Solid Mechanics, Structural Dynamics & Aeroelasticity at the Georgia Institute of Technology

Submitted by Julian J. Rimoli on

The School of Aerospace Engineering at Georgia Institute of Technology invites nominations and applications for two faculty positions in the areas of solid mechanics, structural dynamics, and aeroelasticity.  Appointments at all ranks will be considered. While candidates in all related areas of research will be considered, candidates with a strong experimental background are particularly sought.



Postdoctoral position available at the University of Western Ontario, Canada

Submitted by wenxingzhou on

A postdoctoral position is available starting in May 2011 in Prof. Wenxing Zhou’s research group in the Department of Civil and Environmental Engineering at the University of Western Ontario.  The duration for the position is 2 -3 years.  The successful candidate will carry out fracture mechanics testing and numerical simulations, and develop strain-based design methods for pressurized energy pipelines.  The project is jointly funded by the Engineering Research Council of Canada and a major pipeline company.  If interested, please send your CVs to wzhou [at] eng.uwo.ca (wzhou[at]eng[dot]uwo[dot]ca) to apply.