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BOXERMesh

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(BOXERMesh is an advanced, fully parallel mesher that delivers quality meshes in minutes on large and arbitrarily complex geometries.)
 
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Developed, marketed and supported by Cambridge Flow Solutions Ltd (www.cambridgeflowsolutions.com), BOXERMesh is an advanced, highly automated, unstructured mesher with robust CAD import, that delivers quality multi-million cell meshes in minutes, on geometries of arbitrary complexity and size. Designed to overcome the traditional bottlenecks constraining engineering simulations, it is implemented as scalable, fully parallelised software, based on innovative algorithms adapted from the computer graphics industry. The result is a meshing software of exceptional performance, offering a step improvement in complex CAE simulation capability and productivity. Key benefits include an interactive GUI, the ability to run the software automatically through scripting and templating, and the assurance of a high-quality, ready-to-run mesh.
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Developed, marketed and supported by '''Cambridge Flow Solutions Ltd''' [http://www.cambridgeflowsolutions.com], BOXERMesh is an automated, unstructured mesher with native CAD import. It is implemented as scalable, fully parallelised software, based on algorithms adapted from the computer graphics industry. Key features include an interactive GUI and the ability to run the software automatically through scripting and templating.
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[[File:Manhattan_LR.png]]
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BOXERMesh is an advanced Octree mesher that generates hybrid, HEX dominant, unstructured meshes. These can be readily converted to TET only meshes, as required.
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BOXERMesh is an Octree mesher that generates hybrid, HEX dominant, unstructured meshes. These can be converted to TET only meshes, as required.
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BOXERMesh offers direct import of a wide range of native CAD files, without requiring CAD licenses. This provides access to CAD attributes such as face names, CAD layers etc., which can be accessed directly and automatically. The GUI can be used to label and classify "primary" geometry formats such as STL.
BOXERMesh offers direct import of a wide range of native CAD files, without requiring CAD licenses. This provides access to CAD attributes such as face names, CAD layers etc., which can be accessed directly and automatically. The GUI can be used to label and classify "primary" geometry formats such as STL.
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A high-level object-oriented scripted language allows BOXERMesh to be run in batch, or as part of an automated optimisation process. Scripts are readily generated either through the GUI or manually through editing. BOXERMesh is ideally suited to be part of an integrated simulation workflow.
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An object-oriented scripted language allows BOXERMesh to be run in batch, or as part of an automated optimisation process. Scripts are generated either through the GUI or manually through editing. BOXERMesh is designed to fit into integrated simulation workflows.
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== Further information ==
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== External Links ==
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On BOXERMesh can be found at: [http://www.cambridgeflowsolutions.com/en/products/boxer-mesh/]
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Further information on BOXERMesh can be found at: [http://www.cambridgeflowsolutions.com/en/products/boxer-mesh/]

Latest revision as of 14:36, 7 March 2013

Developed, marketed and supported by Cambridge Flow Solutions Ltd [1], BOXERMesh is an automated, unstructured mesher with native CAD import. It is implemented as scalable, fully parallelised software, based on algorithms adapted from the computer graphics industry. Key features include an interactive GUI and the ability to run the software automatically through scripting and templating.

Manhattan LR.png

Contents

Mesh Types

BOXERMesh is an Octree mesher that generates hybrid, HEX dominant, unstructured meshes. These can be converted to TET only meshes, as required.


CAD Formats

BOXERMesh offers direct import of a wide range of native CAD files, without requiring CAD licenses. This provides access to CAD attributes such as face names, CAD layers etc., which can be accessed directly and automatically. The GUI can be used to label and classify "primary" geometry formats such as STL.


Scripting

An object-oriented scripted language allows BOXERMesh to be run in batch, or as part of an automated optimisation process. Scripts are generated either through the GUI or manually through editing. BOXERMesh is designed to fit into integrated simulation workflows.


External Links

Further information on BOXERMesh can be found at: [2]

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