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Aerodynamic investigation of the cooling requirements of electric vehicles

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A consequent low-drag design can help to increase the cruising range of battery electric vehicles. The potential savings in the cooling air drag motivate this investigation. A dual approach to minimize the cooling air drag of the DrivAer model is proposed: the internal drag is optimized numerically using an adjoint approach while the interference drag at the inlets and outlets of the cooling duct system is investigated experimentally.

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Aerodynamic investigation of the cooling requirements of electric vehicles, Angelina I. Heft

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2014
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