In terms of vehicle weight, weight distribution, dimensional data, road traction coefficient, and mass factor, determine...

 

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In terms of vehicle weight, weight distribution, dimensional data, road traction coefficient, and mass factor, determine the following vehicle performance parameters: maximum traction force, maximum acceleration, maximum speed on level ground and maximum gradability without drawbar force for a front wheel drive vehicle. The vehicle has independent suspensions. Problem 2: Using the formulae derived in problem 1, determine the traction limited performance parameters for a FWD car with independent suspensions and the following data: Rear: 1650 lb Wheel Base: 105 in Wheel Distance: 59 in Tire Radius: 12 in Air Drag Coefficient: 0.31 Mass factor: 1.1 Front: 2150 lb Static Weight: CG Height: Traction Coefficient: Final Drive Ratio: Rolling Coefficient: Frontal Projected Area: 13.0 in 0.81 3.2 0.02 21 square Feet In terms of vehicle weight, weight distribution, dimensional data, road traction coefficient, and mass factor, determine the following vehicle performance parameters: maximum traction force, maximum acceleration, maximum speed on level ground and maximum gradability without drawbar force for a front wheel drive vehicle. The vehicle has independent suspensions. Problem 2: Using the formulae derived in problem 1, determine the traction limited performance parameters for a FWD car with independent suspensions and the following data: Rear: 1650 lb Wheel Base: 105 in Wheel Distance: 59 in Tire Radius: 12 in Air Drag Coefficient: 0.31 Mass factor: 1.1 Front: 2150 lb Static Weight: CG Height: Traction Coefficient: Final Drive Ratio: Rolling Coefficient: Frontal Projected Area: 13.0 in 0.81 3.2 0.02 21 square Feet

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