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automatic mesh generation program meshsim  (Simmetrix Inc)

 
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    Simmetrix Inc automatic mesh generation program meshsim
    Automatic Mesh Generation Program Meshsim, supplied by Simmetrix Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/meshsim/automatic+mesh+generation+program+meshsim/pmc09114664-63-7-12
    Average 90 stars, based on 1 article reviews
    automatic mesh generation program meshsim - by Bioz Stars, 2026-10
    90/100 stars

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    other:

    Article Title: Toward translating near-infrared spectroscopy oxygen saturation data for the non-invasive prediction of spatial and temporal hemodynamics during exercise
    Article Snippet: Anisotropic meshes with unstructured tetrahedral elements were created for each model using an automatic adaptive mesh generation program (MeshSim, Simmetrix, Clifton Park, NY) capable of local adaptation ( Muller et al. 2005 ; Sahni et al. 2006 ).

    Article Title: The Impact of Cardiac Motion on Aortic Valve Flow Used in Computational Simulations of the Thoracic Aorta
    Article Snippet: Models were discretized using a commercially available, automatic mesh generation program (Fig. ) (MeshSim, Simmetrix, Clifton Park, NY).

    Article Title: Peristaltic pumping in thin non-axisymmetric annular tubes
    Article Snippet: Simulations The geometric models were exported in the PARASOLID format from OnShape and imported into SimVascular ( http://www.simvascular.org , Updegrove et al. 2017 ) and meshed with MeshSim (Simmetrix, Inc., Troy, NY).

    Article Title: Toward translating near-infrared spectroscopy oxygen saturation data for the non-invasive prediction of spatial and temporal hemodynamics during exercise
    Article Snippet: CFD simulations Anisotropic meshes with unstructured tetrahedral elements were created for each model using an automatic adaptive mesh generation program (MeshSim, Simmetrix, Clifton Park, NY) capable of local adaptation ( Muller et al. 2005 ; Sahni et al. 2006 ).

    Article Title: A Pilot Study Characterizing Flow Patterns in the Thoracic Aorta of Patients With Connective Tissue Disease: Comparison to Age- and Gender-Matched Controls via Fluid Structure Interaction
    Article Snippet: Models were discretized using a commercially available, automatic mesh generation program (MeshSim, Simmetrix, Clifton Park, NY, USA).

    Article Title: An experimental-computational study of catheter induced alterations in pulse wave velocity in anesthetized mice
    Article Snippet: The authors acknowledge Simmetrix, Inc. ( http://www.simmetrix.com/ ) for their MeshSim mesh generation library.

    Article Title: Impact of Patient-Specific Inflow Velocity Profile on Hemodynamics of the Thoracic Aorta.
    Article Snippet: BIO-16-1322, Youssefi, page 1

    Article Title: Sex-dependent differences in central artery haemodynamics in normal and fibulin-5 deficient mice: implications for ageing.
    Article Snippet: The authors wish to acknowledge Simmetrix, Inc. for its MeshSim mesh generation library and Dr Vasilina Filonova for her expertise and technical assistance in analysing the dependency of PWV on vascular structural stiffness heterogeneity.



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    Mesh quality statistics for the meshed structure generated with XtalMesh and Simmetrix’ <t>MeshSim.</t> ( a ) Metrics include scaled Jacobian, ( b ) shape, and ( c ) minimum dihedral angle as defined by “The Verdict Library Reference Manual” .
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    Mesh structure of the In718 dataset generated by <t>XtalMesh.</t> ( a ) Element sets are colored using the inverse pole-figure map according to the grains they represent. ( b ) A large parent grain is selected for closer inspection of the mesh.
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    Image Search Results


    Mesh quality statistics for the meshed structure generated with XtalMesh and Simmetrix’ MeshSim. ( a ) Metrics include scaled Jacobian, ( b ) shape, and ( c ) minimum dihedral angle as defined by “The Verdict Library Reference Manual” .

    Journal: Scientific Data

    Article Title: Multi-modal Dataset of a Polycrystalline Metallic Material: 3D Microstructure and Deformation Fields

    doi: 10.1038/s41597-022-01525-w

    Figure Lengend Snippet: Mesh quality statistics for the meshed structure generated with XtalMesh and Simmetrix’ MeshSim. ( a ) Metrics include scaled Jacobian, ( b ) shape, and ( c ) minimum dihedral angle as defined by “The Verdict Library Reference Manual” .

    Article Snippet: Mesh quality statistics are provided in Fig. for both the generated mesh using XtalMesh and Simmetrix’ MeshSim, which each displayed high mesh quality metrics.

    Techniques: Generated

    Mesh structure of the In718 dataset generated by XtalMesh. ( a ) Element sets are colored using the inverse pole-figure map according to the grains they represent. ( b ) A large parent grain is selected for closer inspection of the mesh.

    Journal: Scientific Data

    Article Title: Multi-modal Dataset of a Polycrystalline Metallic Material: 3D Microstructure and Deformation Fields

    doi: 10.1038/s41597-022-01525-w

    Figure Lengend Snippet: Mesh structure of the In718 dataset generated by XtalMesh. ( a ) Element sets are colored using the inverse pole-figure map according to the grains they represent. ( b ) A large parent grain is selected for closer inspection of the mesh.

    Article Snippet: Fig. 20 Mesh quality statistics for the meshed structure generated with XtalMesh and Simmetrix’ MeshSim. ( a ) Metrics include scaled Jacobian, ( b ) shape, and ( c ) minimum dihedral angle as defined by “The Verdict Library Reference Manual” .

    Techniques: Generated

    Diagram of the XtalMesh smoothing and twin insertion process for a single parent grain. The smoothing process ignores surface mesh geometry of all features ( a ) and considers only that of the parent grain ( b ), producing the smoothed parent grain mesh. ( c ) Twins are inserted back into the parent grain mesh by taking their now partially smoothed representations ( d ), computing their convex hull e and calculating the intersection with the parent grain mesh ( f ). ( g–i ) Insertion process repeats until all twins are inserted, in order of twin size, from smallest to largest.

    Journal: Scientific Data

    Article Title: Multi-modal Dataset of a Polycrystalline Metallic Material: 3D Microstructure and Deformation Fields

    doi: 10.1038/s41597-022-01525-w

    Figure Lengend Snippet: Diagram of the XtalMesh smoothing and twin insertion process for a single parent grain. The smoothing process ignores surface mesh geometry of all features ( a ) and considers only that of the parent grain ( b ), producing the smoothed parent grain mesh. ( c ) Twins are inserted back into the parent grain mesh by taking their now partially smoothed representations ( d ), computing their convex hull e and calculating the intersection with the parent grain mesh ( f ). ( g–i ) Insertion process repeats until all twins are inserted, in order of twin size, from smallest to largest.

    Article Snippet: Fig. 20 Mesh quality statistics for the meshed structure generated with XtalMesh and Simmetrix’ MeshSim. ( a ) Metrics include scaled Jacobian, ( b ) shape, and ( c ) minimum dihedral angle as defined by “The Verdict Library Reference Manual” .

    Techniques:

    Diagram of the XtalMesh tetrahedralization and segmentation process for a single parent grain. ( a ) Surface mesh after all twin insertion is complete, input to fTetWild algorithm. ( b ) Volume mesh output of fTetWild, elements produced within grain surface meshes, but algorithm unaware of grain ID assignment. ( c ) Final mesh after segmenting elements according to grain IDs.

    Journal: Scientific Data

    Article Title: Multi-modal Dataset of a Polycrystalline Metallic Material: 3D Microstructure and Deformation Fields

    doi: 10.1038/s41597-022-01525-w

    Figure Lengend Snippet: Diagram of the XtalMesh tetrahedralization and segmentation process for a single parent grain. ( a ) Surface mesh after all twin insertion is complete, input to fTetWild algorithm. ( b ) Volume mesh output of fTetWild, elements produced within grain surface meshes, but algorithm unaware of grain ID assignment. ( c ) Final mesh after segmenting elements according to grain IDs.

    Article Snippet: Fig. 20 Mesh quality statistics for the meshed structure generated with XtalMesh and Simmetrix’ MeshSim. ( a ) Metrics include scaled Jacobian, ( b ) shape, and ( c ) minimum dihedral angle as defined by “The Verdict Library Reference Manual” .

    Techniques: Produced

    Mesh quality statistics for the meshed structure generated with XtalMesh and Simmetrix’ MeshSim. ( a ) Metrics include scaled Jacobian, ( b ) shape, and ( c ) minimum dihedral angle as defined by “The Verdict Library Reference Manual” .

    Journal: Scientific Data

    Article Title: Multi-modal Dataset of a Polycrystalline Metallic Material: 3D Microstructure and Deformation Fields

    doi: 10.1038/s41597-022-01525-w

    Figure Lengend Snippet: Mesh quality statistics for the meshed structure generated with XtalMesh and Simmetrix’ MeshSim. ( a ) Metrics include scaled Jacobian, ( b ) shape, and ( c ) minimum dihedral angle as defined by “The Verdict Library Reference Manual” .

    Article Snippet: Fig. 20 Mesh quality statistics for the meshed structure generated with XtalMesh and Simmetrix’ MeshSim. ( a ) Metrics include scaled Jacobian, ( b ) shape, and ( c ) minimum dihedral angle as defined by “The Verdict Library Reference Manual” .

    Techniques: Generated