ボクセルベース熱流体解析

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Architecture
VCADシステムの全体像

Softwares List


V-Xgen

Software with functions to read shape data, approximate shapes using voxels (including octree cells), and output voxel data to files. Used in conjunction with V-Xpp.

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V-Xpp

Software with functions to tag boundary conditions and material data used in simulations to voxel data created using V-Xgen.

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V-SDFlib

Library for creating coded distance functions from shape data. Can be called from C++ and Fortran programs.

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V-Sphere

Unsteady physical simulation framework centering around thermal fluids applicable for VCAD, designed for handling multiple solvers integratedly. Provides the environments for developing and executing solvers. As solvers are able to use common execution environments via the integrated interface, this framework can resolve coupling problems that occur when multiple solvers are started up simultaneously, as well as support parallelization.

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V-Sphere::CBC

Three-dimensional unsteady incompressible thermal flow solver created on V-Sphere.

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SPHERE::HIFU

FDTD solver for HFU simulation.

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V-Sphere::FDTD

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V-Xpad

This software provides functions to define a structure definition file, which describes parameters used in a solver code by XML format.

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V-Xpit

A GUI tool to provide editing functions of an XML file, which is used in V-Sphere, V-Isio, and so on.

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V-Polylib

V-Polylib is a class library to handle and manage polygon data and can be called from a user program.

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V-Isio

Software for visualizing voxel data resulting from thermal fluid analysis performed using V-Sphere.

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V-Cutlib

V-Cutlib calculates a distance information between geometry and grid point, which is required to computes arbitrary shapes on Cartesian grid in the flow solver CBC.

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SPHERE

SPHERE, which succeeds V-Sphere, is a multi-platform framework aimed to provide an integrated environment for efficiently supporting the development of unsteady physical simulation programs and executing multiple solver groups.

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SPHERE::CBC

Simulates unsteady three-dimensional incompressible thermal flow, which is implemented on Flow Bass class and SPHERE.

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LSV

This software provides various visualization scenarios such as remote/standalone, software/hardware rendering, interactive/batch proceses.

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SPHERE::BCM

SPHERE::BCM is a three-dimensional unsteady thermal flow solver developed on the SPHERE framework.

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