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Mixing Plane Multi-Stage Turbomachinery Simulation Capability for Kestrel/Firebolt

机译:茶K /火bol的混合平面多级涡轮机械仿真能力

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A multi-physics turbomachinery simulation capability is currently being developed under the HPCMP CREATE™-AV program. The end goal of this effort is to provide full-annulus turbomachinery simulations including the aircraft inlet system and blade structural deformation using highly parallel analysis software. This paper describes the mixing plane simulation capability of the unstructured grid turbomachinery computational fluid dynamics (CFD) solver. The mixing plane capability was shown to agree well with data for multi-stage simulations in regions away from rotor stall and choke. This new capability will serve to improve the fidelity of aircraft numerical simulations and can be used as a design tool or diagnostic technique to improve the quality and reduce the cost of future weapon systems. The CFD capability is available with the release of HPCMP CREATE™-AV Kestrel v6.3.
机译:HPCMP CREATE™-AV程序目前正在开发一种多物理场涡轮机械仿真功能。这项工作的最终目标是使用高度并行的分析软件提供完整的环空涡轮机仿真,包括飞机进气系统和叶片结构变形。本文介绍了非结构化网格涡轮机械计算流体力学(CFD)求解器的混合平面仿真功能。结果表明,混合平面的能力与远离转子失速和扼流圈的区域中多级仿真的数据非常吻合。这项新功能将有助于提高飞机数值模拟的保真度,并且可以用作设计工具或诊断技术,以提高质量并降低未来武器系统的成本。 HPCMP CREATE™-AV Kestrel v6.3发行版提供CFD功能。

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