基于CFD的三箱型(奔驰车型)外流分析

A. Abdullah
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引用次数: 0

摘要

利用计算流体动力学软件ANSYS Fluent 15.0对车辆外表面的物理参数进行预测。利用上述CFD软件包进行风洞实验模拟。以三箱型乘用车模型(奔驰)为研究对象,研究各车段的气动影响。由于这一模型提供了在设计中具有局限性的车辆类别,总结了这些结果,在更广泛的意义上理解了这种剖面的空气动力学。风洞实验包括在模拟环境中对模型进行物理测试。这是一个封闭的环境,空气以恒定的速度吹过模型。当空气经过车辆时,它遵循车身上的流线模式。这会导致整个模型的压力和速度特性发生变化。通过研究整个模型的压力和速度变化,可以预测阻力和升力系数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
External Flow Analysis over Three-box form (Mercedes model) Using CFD
Computational fluid dynamic software ANSYS Fluent 15.0 is used to predict the physical parameters on the external surface of a vehicle. The simulation of the wind tunnel experiments using the above CFD package would be carried out. To study the aerodynamic influence of vehicle segments are considered as threebox form passenger car model (Mercedes). As this model provided with the extremities in the design of vehicle category in summarizes these results in a broader sense to understand the aerodynamics of such profile. A wind tunnel experiments consists of physically testing the model in a simulated environment. It is a closed environment in which air is blown across the model at a constant velocity. As the air passes over the vehicle, it follows the streamlines pattern present on the body. This causes a change in pressure and velocity characteristics across the model. By studying the pressure and velocity variations across the model, the drag and lift coefficient could be predicted.
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