ABAQUS Special Interest Group
ABAQUS is general-purpose package for numerical solutions of partial differential equations with applications in mechanical, structural, civil, biomedical, and related engineering applications. It covers geometry modelling, material property, meshing, boundary conditions, etc. to achieve a complete prediction for engineering.
ABAQUS/CAE is a complete ABAQUS environment that provides a simple, consistent interface for creating, submitting, monitoring, and evaluating results from ABAQUS/Standard and ABAQUS/Explicit simulations. It is an easy-to-use environment for new users.
ABAQUS Special Interest Group (SIG) was established/set up in 2009. It is a special interest group for ABAQUS users in the University of Birmingham, UK. The group includes many experienced experts who have used ABAQUS for many years. Of course, there are also many new ABAQUS users joining the ABAQUS SIG every year. ABAQUS SIG provides a community for different levels of ABAQUS users for communicating and sharing their knowledge and experience with each other about using ABAQUS for Finite Element modelling in their research. Meanwhile, Birmingham ABAQUS users can obtain answers by raising questions in the ABAQUS SIG.
The ABAQUS SIG mailing list is an efficient approach to connect the Birmingham ABAQUS users together.
Registration Announcement : Registration form for the FE ABAQUS Workshop 20 Feb 2019
lunch sponsored by the UKIERI : UK-India Education and Research Initiative
Abaqus mailing list
To join the Abaqus mailing list, you have to do the following:
Please send an email to Majordomo@lists.bham.ac.uk
This email should be in plain text format (NOT HTML).
There should be nothing on the subject line.
There should be nothing in the body of the email EXCEPT the following:
You should send this via your University email account.
If you have issues then please send an email to Dr Asaad Faramarzi (Department of Civil Engineering), ABAQUS SIG Chair
For more information on ABAQUS software please visit:
Ratchet wheel mechanism simulation using ABAQUS
Simulation of stresses in a knee joint using ABAQUS