#ANSYS SPACECLAIM MESHING SOFTWARE#
#ANSYS SPACECLAIM MESHING WINDOWS#

So, once you are logged into one of these LRZ Remote Visualization Systems, you can check the availability (i.e.We recently sat down for a quick interview with Peter Brand, Specialist Application Engineer at LEAP to find out more about his experiences from showcasing SpaceClaim to a range of engineers from different industries across Australia & New Zealand.

#ANSYS SPACECLAIM MESHING WINDOWS#

ANSYS SpaceClaim is an application which is available on Windows OS systems only. ANSYS SpaceClaim is not available on Linux OS. They cannot be run as standalone applications. So therefore ANSYS Geometry Modeling (ANSYS DesignModeler) as well as ANSYS Meshing methods are available only through the platform of ANSYS Workbench.

#ANSYS SPACECLAIM MESHING SOFTWARE#

Standalone software components like ICEM/CFD, ANSYS CFX, ANSYS Fluent and Ensight are not affected, since they are provided with GUI's natively running on Linux OS (not Mono based).

is not providing a Linux version of Spaceclaim. Already today ANSYS Spaceclaim is not contained in ANSYS WB on LRZ RVS, since ANSYS Inc. With the anticipated change of the LRZ RVS operating system to Ubuntu LTS in the near future, we expect that ANSYS WB and all software components which are provided in ANSYS WB exclusively can no longer be provided on a future LRZ RVS. Consequently ANSYS WB itself and some of the contained software components behave rather unstable on Linux OS, also the LRZ RVS is currently operated under an officially supported Linux OS (SLES 12). > vglrun icemcfd ANSYS Workbench Meshing on RVSĪNSYS Workbench and many contained ANSYS software components had been developed exclusively for Windows OS and only afterwards ANSYS made the attempt to provide ANSYS WB on Linux systems using Mono. installation) of ANSYS ICEM/CFD software by: Once you are logged into one of these LRZ Remote Visualization Systems, you can check the availability (i.e. Furthermore, most meshing applications require hardware (OpenGL) graphics support for a reasonable user experience with the software. Since meshing of a geometry is a memory intensive application, it is highly recommended to use the LRZ Remote Visualization Systems for running ANSYS ICEM/CFD. Nevertheless the meshign process allows the application of certain degree of parallelism.

LRZ Remote Visualization Systems If the ANSYS Fluent Meshing is used in an interactive manner, than it is recommended to use the RVS.

ANSYS Fluent Meshing is based on so-called 'water-tight' CAD geometries, where the geometry is then initially represented by a triangular tesselation.

This is in particular useful for extrem large meshes for massively parallel computations, where it might be difficult to find a single suitable machine with large enough memory to create the mesh in advance prior to its usage in a parallel simulation run.

ANSYS Fluent Meshing can be applied in a script-based manner, so that it can be used for script-driven, automated mesh generation during the start-up of a massively parallel ANSYS Fluent simulation. Adaptive mesh refinement requires CFD setup on some initially provided mesh from other external source.

LRZ Cluster System As for ANSYS CFX, adaptive mesh refinement is a solution-based mesh adaption, which is carried out during parallel solution run.

native polyhedral meshing (MOSAIC technology).

LRZ Cluster System, Adaptive mesh refinement is a solution-based mesh adaption, which is carried out during parallel solution run.

ICEM/CFD Tetra - unstructured tet/prism meshes ICEM/CFD Hexa - structured hexahedral meshes

Ansys spaceclaim meshing