2006Kongqi donglixue xuebaoRequires access

The study of aerodynamic characteristics of a notchback car with rear wing at different angles of attack

Jiang Yan

Open publisher page 3 citations

Abstract

The aerodynamic characteristics of a simplified notchback car with rear wing were studied with numerical methods of moving ground boundary condition with the CFD code STAR-CD.The drag and lift coefficient of the car with rear wing at different angles of attack at two forward speeds were calculated.Compared with the test,the results of the numerical calculation were verified correctly. It was confirmed that the rear wing could improve the wake structure and so aerodynamic characteristics were enhanced.

About this research paper

What this paper is about

The aerodynamic characteristics of a simplified notchback car with rear wing were studied with numerical methods of moving ground boundary condition with the CFD code STAR-CD.The drag and lift coefficient of the car with rear wing at different angles of attack at two forward speeds were calculated.Compared with the test,the results of the numerical calculation were verified correctly. It was confirmed that the rear wing could improve the wake structure and so aerodynamic characteristics were enhanced.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The aerodynamic characteristics of a simplified notchback car with rear wing were studied with numerical methods of moving ground boundary condition with the CFD code STAR-CD.The drag and lift coefficient of the car with rear wing at different angles of attack at two forward speeds were calculated.Compared with the test,the results of the numerical calculation were verified correctly. It was confirmed that the rear wing could improve the wake structure and so aerodynamic characteristics were enhanced.

Key concepts: Wing, Wing twist, Aerodynamics, Wake, Lift coefficient, Angle of attack, Lift-to-drag ratio, Aerospace engineering

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