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A Simulation on Aerodynamic Noise of an Air-conditioning Duck

机译:空调鸭空气动力学噪声的模拟

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The transient flow field is needed in order to predict the aerodynamic noise of an automotive HVAC duck by conventional methods. However, it is time-consuming when are several improved schemes. To solve the problem, schemes with large sound power can be discarded using Broadband Noise Source (BNS) model at first. Then, the best scheme can be found after the transient flow simulation. In this paper, an automotive HVAC duck is used as an example. Firstly BNS is used to predict which scheme is noisier, secondly the aerodynamic noise is computed using Fluent coupled with Sysnoise. At last they come to the same conclusion. The simulation results indicate BNS model can be used to find which scheme is the best without computing the transient flow field. So it can shorten the cycle of developing new products.
机译:需要瞬态流场,以预测通过常规方法来预测汽车HVAC鸭的空气动力学噪声。但是,何时是几种改进方案的时间是耗时的。为了解决问题,首先可以使用宽带噪声源(BNS)模型来丢弃具有大声功率的方案。然后,在瞬态流动模拟之后可以找到最佳方案。在本文中,使用汽车HVAC鸭作为示例。首先,BNS用于预测哪种方案是嘈杂的,其次使用流畅的耦合与SysNoise进行流畅的空气动力学噪声。最后他们得出了同样的结论。仿真结果表明BNS模型可用于找到哪种方案,而不计算瞬态流场。因此,它可以缩短开发新产品的循环。

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