Aerodynamic analysis in the design of a sports car body based on autodesk inventor and autodesk CFD software.

A sports car is a car that has a speed above the average of a non-sports car. The maximum speed of a sports car is from 250 to 300 km/h and the time traveled from a distance of 0-100 km, ranges from 7 to 3 seconds. The power that can be issued by a sports car ranges from 150-300 HP. The resistance (drag coefficient) on sports cars is 0.25 to 0.35. This value is smaller than non-sport cars which have a value of 0.35 to 0.6. Aerodynamics is a change in the motion of an object due to air resistance when the object is traveling at high speed. Aerodynamic aspects have an important impact on the design of sports car vehicles. In addition to reducing drag, the aerodynamic aspect can serve to avoid the downforce that occurs when the car is traveling at high speed. The lift will cause the car to lift upwards. If this happens, the car will be difficult to control and risk having an accident. The purpose of this analysis is to find out how big the obstacles that occur in sports cars are. Sports cars are designed using Autodesk Inventor software and analyzed using Autodesk CFD. [ABSTRACT FROM AUTHOR]