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meshsim software library  (Simmetrix Inc)

 
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    Simmetrix Inc meshsim software library
    Meshsim Software Library, 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/meshsim+library/pm37542111-245-14-6
    Average 90 stars, based on 1 article reviews
    meshsim software library - by Bioz Stars, 2026-09
    90/100 stars

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    Related Articles

    other:

    Article Title: Virtual Transcatheter Interventions for Peripheral Pulmonary Artery Stenosis in Williams and Alagille Syndromes
    Article Snippet: All anatomical models were meshed in MeshSim (Simmetrix Inc.) with 3 boundary layers.

    Article Title: The Dynamics of Unlikely Slip: 3D Modeling of Low‐Angle Normal Fault Rupture at the Mai'iu Fault, Papua New Guinea
    Article Snippet: PUMGen embeds MeshSim from SimMetrix, the underlying mesh generator of SimModeler (www.simmetrix.com), such that the mesh generation may be run in parallel on a compute cluster.

    Article Title: Multiscale Modeling of Superior Cavopulmonary Circulation: Hemi-Fontan and Bidirectional Glenn Are Equivalent.
    Article Snippet: Multiscale simulations of the postoperative scenarios were conducted according to previously validated techniques.7,12,19,20 Briefly, this involves discretizing the 3D virtual surgery geometries into isotropic finite-element meshes with maximum edge size of 0.03 cm (MESHSIM, Simmetrix Inc., New York) and coupling the 3D Navier-Stokes equations to the 0D LPN using Neumann boundary conditions, implicit coupling, and outflow stabilization.21 Flow and pressure in the 3D and LPN domain were solved using a custom incompressible finite element Navier-Stokes solver Seminars in Thoracic and Cardiovascular Surgery Volume 00 (Simvascular, www.simtk.org), and a fourth-order Runge-Kutta algorithm, respectively.

    Generated:

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

    Article Title: Multi-modal Dataset of a Polycrystalline Metallic Material: 3D Microstructure and Deformation Fields.
    Article Snippet: .. Mesh quality statistics are provided in Fig. 20 for both the generated mesh using XtalMesh and Simmetrix’ MeshSim, which each displayed high mesh quality metrics. ..

    Construct:

    Article Title: Fluid-structure interaction modeling of blood flow in the pulmonary arteries using the unified continuum and variational multiscale formulation
    Article Snippet: Finally, the model of the arterial wall itself was obtained via a boolean operation provided by Parasolid (Siemens PLM Software, Plano, TX, USA), in which the previously generated lumen model was subtracted from the enlarged model. Our approach led to a physiologically accurate geometric model with variable wall thickness. .. With the arterial wall and lumen models constructed, we meshed the solid and fluid domains using MeshSim (Simmetrix Inc., Clifton Park, NY, USA) and TetGen [ 32 ], respectively, with linear tetrahedral elements, ensuring that the luminal surface mesh remained identical in both domains. ..



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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