abaqus data sheet2 - beasy.com abaqus... · 1 product data sheet abaqus interface beasy abaqus...
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1www.beasy.com
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T ABAQUS Interface
BEASY ABAQUS provides an integrated approach between BEASY and ABAQUS for stress, fracture and crack growth simulation. It provides the tools to leverage existing FEM models and results to fast track the development of BEASY fracture and crack growth models. The BEASY results can then be visualised within the ABAQUS CAE environment.
BEASY crack growth simulation results can be imported into the ABAQUS CAE environment and visualised using the ABAQUS toolset
The BEASY ABAQUS tool guides the user through the process of converting the ABAQUS FEM model into a BEASY model. Either the whole model or part of the model can be selected.
It also provides the technology to derive from non linear and transient ABAQUS models residual stress fields for use in BEASY fracture or crack growth simulation models.
BEASY models can be created by ‘skinning’ the mesh of solid FEM models or surface mesh models can be created directly using FE shell elements
Models can be created either from ABAQUS input files or from ABAQUS result files
If input files are used then loading can be created from the loading in the ABAQUS model
If result files are used then loading on the BEASY model can be created using the FE model stress and displacement values.
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2 www.beasy.com
BEASYAshurst Lodge, Ashurst, Southampton, SO40 7AA, UK Tel: 44 (0) 238 029 3223 Fax: 44 (0) 238 029 2853 Email: [email protected] the Internet: www.beasy.com
BEASY25 Bridge Street, Billerica, MA 01821, USA Tel: 978 667 5841 Fax: 978 667 7582 Email: [email protected] On the Internet: www.beasy.com
Models can be created within the ABAQUS CAE environment or converted from a FEM model
Axial assembly contact simulation
Crack growth simulation in rail track
BEASY models and results can be viewed in ABAQUS CAE by using BEASY ABAQUS to export BEASY results to a ABAQUS .odb file.
The BEASY ABAQUS tool provides facilities for BEASY loading conditions to be modified to either override the ABAQUS results, for example suppressing displacement on selected groups of elements, or to add additional loading conditions, such as contact or body load case.
Groups can be used to simplify modelling and can be created by:
Using loading areas in the ABAQUS model.
Creating groups in the ABAQUS CAE