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Numerical simulation of a car flow field with Cartesian grid Euler method

机译:用笛卡尔栅格欧拉法的汽车流动场的数值模拟

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A three-dimensional Euler method is described for numerical simulation of flow field of arbitrary configurations. Multi-grid with Cartesian grids and local refinement is applied, which overcomes the difficulty of complicated grid generation. The correct boundary condition is an important factor for this approach. Comparing the simulated results with the test data of the wind tunnel has validated the accuracy of the proposed algorithm.
机译:描述了三维欧拉方法,用于任意配置的流场的数值模拟。采用多电网与笛卡尔电网和本地改进,克服了复杂网格生成的难度。正确的边界条件是这种方法的重要因素。将模拟结果与风洞的测试数据进行比较,已经验证了所提出的算法的准确性。

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