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Progress in Geometry Modeling and Mesh Generation Toward the CFD Vision 2030

机译:迈向CFD愿景2030的几何建模和网格生成的进展

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Since its publication in 2014, the CFD Vision 2030 Study has become a touchstone against which CFD organizations of all types have measured their tools and techniques and set aspirations for their practices and processes. The study's vision of CFD in the year 2030 is one in which a single engineer will be able to manage many simulations on complex geometries within a time-critical period to a specified degree of accuracy. The study's authors identified five classes of impediments that would have to be overcome in the years between 2014 and 2030 to achieve the vision. Geometry modeling and mesh generation were cited as major, contributing factors to two impediments: lack of CFD simulation autonomy and reliability and lack of effective utilization of high performance computing platforms. This paper assesses progress in geometry modeling and mesh generation in the five years since the study's publication and imagines how further progress in those areas can make meshing invisible to the CFD practitioner.
机译:自2014年发布以来,《 CFD愿景2030研究》已成为试金石,所有类型的CFD组织都以此为衡量标准,评估了其工具和技术,并为其实践和流程设定了理想。该研究对2030年CFD的愿景是,一位工程师将能够在关键时间段内以指定的精确度管理许多复杂几何形状的仿真。该研究的作者确定了五类障碍,要实现这一愿景,必须在2014年至2030年之间克服这些障碍。几何建模和网格生成被认为是主要因素,这是两个障碍的成因:缺乏CFD仿真自主性和可靠性,以及缺乏对高性能计算平台的有效利用。本文评估了自该研究发表以来五年来几何建模和网格生成的进展,并想象了在这些领域的进一步进展如何使网格对于CFD从业者不可见。

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