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Conversion of Component-Based Point Definition to VSP Model and Higher Order Meshing

机译:基于组件的点定义到VSP模型的转换和高阶网格划分

摘要

Vehicle Sketch Pad (VSP) has become a powerful conceptual and parametric geometry tool with numerous export capabilities for third-party analysis codes as well as robust surface meshing capabilities for computational fluid dynamics (CFD) analysis. However, a capability gap currently exists for reconstructing a fully parametric VSP model of a geometry generated by third-party software. A computer code called GEO2VSP has been developed to close this gap and to allow the integration of VSP into a closed-loop geometry design process with other third-party design tools. Furthermore, the automated CFD surface meshing capability of VSP are demonstrated for component-based point definition geometries in a conceptual analysis and design framework.
机译:Vehicle Sketch Pad(VSP)已成为功能强大的概念和参数几何工具,具有用于第三方分析代码的众多导出功能以及用于计算流体动力学(CFD)分析的强大的曲面网格划分功能。但是,当前存在用于重构第三方软件生成的几何图形的全参数VSP模型的能力差距。已经开发出一种名为GEO2VSP的计算机代码,以弥合这一差距,并允许将VSP与其他第三方设计工具集成到闭环几何设计过程中。此外,在概念分析和设计框架中,针对基于组件的点定义几何体展示了VSP的自动CFD表面网格划分功能。

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    Ordaz Irian;

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  • 年度 2011
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