Dear all,
Could anyone shed some light on constructing a 3D model in ABAQUS, which cannot be build by simple extrusion, revolution or sweep. I understand that I can build models in CAD and use it as an input for ABAQUS. The only other software I have is MATLAB. Any ideas on how I can build such models directly in ABAQUS/CAE ?
Thanks,
Rakesh
The Mimics Innovation Suite is our world-leading image
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Images into accurate 3D models. As such it provides a link between MRI/CT
images and Rapid Prototyping, Finite Element analysis and CAD. The software is
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Among our customers are top universities, orthopedic and cardiac companies.
The Mimics Innovation Suite is our world-leading image
processing software for (bio) medical researchers. Mimics® converts Medical
Images into accurate 3D models. As such it provides a link between MRI/CT
images and Additive Manufacturing, Finite Element analysis and CAD. The
software is used in different application areas, ranging from patient specific
device design to population analyses. Among
our customers are top universities, orthopedic and cardiac companies.
For our Mimics Innovation Suite products (biomedical
Are you interested in being a part of our Materialise high-end image processing software product? For our Biomedical Department we are looking for motivated Application Engineers.
I created a 3D model in Ansys, and when I wanted to mesh, I realised that the model was created in the wrong plane: the area I wanted to mesh was in the x-z plane, while the plane82 element I needed to use needs to be in the x-y plane.
Is there a way I can rotate my entire model instead of starting from the beginning?
In addition, how can I create a cylinder with the circle in the x-z plane and its depth in the y direction. Creating circles and cylinder only gives the option to create the circle in the x-y plane.
Thanks
Hello,
I have a hard time finding problem sets for validation and
benchmarking of methods and codes for 3d fluid simulation with free
boundaries. Please guide me to (standardized) problem sets or key
litterture that is a suitable starting point. If there are not many
standardized tests I would like to initiate a dsicussion about what a
good test collection should be. I understand that iMechanica is focused
more on solid mechanics than fluid dynamics but the overlap is big.
I have a hard time finding problem sets for validation and benchmarking of methods and codes for 3d fluid simulation with free boundaries. Please guide me to (standardized) problem sets or key litterture that is a suitable starting point. If there are not many standardized tests I would like to initiate a dsicussion about what a good test collection should be. I understand that iMechanica is focused more on solid mechanics than fluid dynamics but the overlap is big.
Good day everyone,
I'm new to iMechanica and look forward to getting to know everyone here.
I'm currently doing analysis of interlaminar crack growth in fibre-reinforced composite by Extended Finite Element Method (XFEM) using Abaqus. I'm a new Abaqus user and therefore I have to familiarise myself by constructing random 2D and 3D models with isotropic materials before jumping onto anisotropic.