Skip to main content

Blog posts

Time step increments in ABAQUS

Submitted by s_gupta on

HI everyone,

I am actually pretty confused about how to determine the correct time step increment in ABAQUS in a non-linear analysis. I first faced this problem when I used Hashins damage to capture in-plane shear response of the composite . The response which is bilinear graph depends a lot on the initial time step I give for the analysis i.e., for some time steps there is no bilinearity , only a single straight line. This has led to great confusion in my mind whether my model has a problem or whether ABAQUS itself has this problem.

Nanoindentation and Related Materials Phenomena at Small Scales - Symposium for SES 2013 at Brown University

Submitted by Yanfei Gao on

Dear Colleagues:

You may have heard that Brown University will host the SES 50th Annual Technical Meeting and ASME-AMD Annual Summer Meeting (July 28-31, 2013). It is our great pleasure to welcome you to submit abstracts to a symposium -- Nanoindentation and Related Materials Phenomena at Small Scales. Attached is the call for abstract document. 

Please visit http://www.brown.edu/Conference/ses2013/ for important dates, abstract submission, and conference registration information. 

Postdoctoral Research Associate at Shenoy Research Group at University of Pennsylvania

Submitted by Dibakar Datta on

 A postdoctoral position with primary focus on first principles modeling is available immediately at Shenoy Research Group at UPenn. We are looking for a strongly motivated candidate to work on modeling the performance characteristics
of nanomaterials for energy storage. The ideal candidate will have a background
in materials science/computational physics/quantum chemistry with expertise in density functional theory

"THERMO Spoken Here!" - Basic Engineering Thermo OnLine

Submitted by jamespohl on

Basic Engineering Thermodynamics content is online:

http://www.thermospokenhere.com

Over 200 sequential examples and topics.  The material includes essential

prerequisite physics and calculus.  Coverage of Engineering Thermo amounts to

about 30% of the typical, current ME Department offering.  Less is More!