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Link-Wise Artificial Compressibility Method for attached and separated flows past airfoils

机译:连接和分离流过翼型的链接人工压缩方法

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The performance of the recently developed Link-Wise Artificial Compressibility Method (LW-ACM) is evaluated for aerodynamic applications and then applied for both attached and separated flows. Numerical flow simulations are performed around NACA-0012 and TSAGI-12 shaped airfoils at low speed and high angle of attack. Results of aerodynamic characteristics of the airfoils were found in good agreements with previous investigations including LBM (PowerFLOW) and FVM (CFL3D). Results also showed that LW-ACM is efficient and rapidly convergent when used to solve both attached and separated flows. (C) 2018 Elsevier B.V. All rights reserved.
机译:对空气动力学应用评估最近开发的链接人工压缩性方法(LW-ACM)的性能,然后施加了附着和分离的流动。 数值流模拟在Naca-0012和Tsagi-12成形翼型中以低速和高迎角进行。 翼型的空气动力学特性结果与先前的调查(包括LBM(PowerFlow)和FVM(CFL3D)的良好的协议发现。 结果还表明,当用于解决附着和分离的流动时,LW-ACM是有效且快速的会聚。 (c)2018年elestvier b.v.保留所有权利。

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