hello
im a new abaqus user and i want to model a viscoelastic material (asphalt) in abaqus . i have uniaxial creep test data for characterize viscoelastic behaviour . my question is how can i enter viscoelastic parameters in abaqus?is there any way to put creep test data directely in abaqus??
in abaqus for modelling viscoelastic material in time domain there are three ways:
1)combined test data
2)shear test data
3)volumetric test data
Hi
My question is on what basis do we decide
1. The dimensions of the sample
2. The dimensions of the hot and the cold plate
3. The type of temperature detector sensors used
4. Heating Source for the hot plate
We are an international, fast-growing and innovative software company offering a dynamic working environment and opportunities for individual initiatives and career development. This interesting and varied position will require you to work very closely with R&D departments of a range of blue chip corporate companies, research institutions and universities.
For further expansion of our business in the German (DACH) area, we are looking for a skilled and ambitious Technical Sales Engineer.
Tasks & Responsibilities
Hi friends;
I have a Timoshinko beam . I want to earn natural frequencies it in Ansys But I dont khnow to in which step should dispense inertia moment and cross force . therewith I dont know to use from which menu . please help me , I need answer it immediately.
not able to edit ABAQUS/CFD 6.10 input file
the keyword for an abaqus/cfd model cannot be edited
???? any suggestion???
WHILE I AM PERFORMING CO-SIMULATION
enjoy! And follow us if you wish to keep up to date
with the latest news
people
papers
http://legato-team.eu/publications
and openings.
Two postdoctoral fellow positions at Northeastern University are available immediately, focused on the analysis of the nonlinear behavior of structures and soft matter using computational mechanics and the development and analysis of active cellular structures, and biomimetic materials. The research will be carried out at the High Performance Materials and Structures Laboratory (http://www.hpmsl.neu.edu/).
The Computational Materials & Mechanics Group (CMMG) at the University of Connecticut has an opening for a postdoctoral researcher in the area of modeling of mechanical behavior of materials at the mesoscale. The postdoctoral researcher will work on the development and application of mesoscale models to investigate the dynamic response of metallic materials (high strain rate, shock) and will involve generation of data using atomistic simulations (molecular dynamics) for validation.
Required Qualifications:
