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Aerodynamic Optimization Research on External Shape for a Sedan Based on Numerical Simulation

机译:基于数值模拟的轿车外形空气动力学优化研究

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The aerodynamics characteristics of sedan model were researched by simulation, the drag coefficient and the aerodynamic characteristics around model were achieved with analysis of velocity and pressure distribution. Based on results, the below transition radius of rear-view mirror, the angle of back window and trunk lid and back trunk were optimized. The drag coefficients were reduced. The conclusions provide reference for how to reduce aerodynamic drag coefficient of sedan when developing the external shape of a new sedan.
机译:通过模拟研究了轿车模型的空气动力学特性,通过速度和压力分布实现了模型周围的拖拉系数和空气动力学特性。 基于结果,优化了后视镜的以下过渡半径,后窗和躯干盖和后继的角度进行了优化。 拖动系数减少。 结论是在开发新轿车的外形时,如何降低轿车的空气动力学阻力系数的参考。

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