Powertrain: Front engine front wheel drive vehicle Engine Specs: Fuel economy EPA highway ( l / 1
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Question:
Powertrain: Front engine front wheel drive vehicle
Engine Specs:
Fuel economy EPA highway lkm:
Main liter unleaded fuel tank
HP @ rpm;
Nm @ rpm
Engine operating range: rpm
Gear Ratios:
Final Drive
XXX First Second
Third
Fourth
Fifth
External dimensions:
overall length mm:
overall width mm:
overall height mm:
CG height mm:
wheelbase mm:
front track mm:
rear track mm:
Inertial Parameters:
Curb mass kg:
Sprung Mass Unsprung Mass:
Weight distribution fr:
Yaw Moment of Inertia: kg m
Sprung Mass Roll Moment of Inertia: kg m
Sprung Mass Radius of Gyration pitch: m
Cd
Tires
Pressures fr: kgfcm
Tire vertical stiffness: Nm
Axle Cornering Stiffnesses fr: Nrad Nrad Estimate the braking distance for an initial speed of V kph If Kbf
Draw a sketch of the lateral tire force curve for increasing tire slip with the available data. Hint: separate curves for front and rear tires
For a speed of v kph and steering angle delta deg, sketch the bicycle model indicating on the same plot
a The steady state values of the longitudinal and lateral speed
b The steady state values of front and rear lateral forces
c The steady state values of front and rear slip angles
d Turning radius
e The steady state value of lateral acceleration
Related Book For
Statistics For Business & Economics
ISBN: 9781337901062
14th Edition
Authors: David R. Anderson, Dennis J. Sweeney, Thomas A. Williams, Jeffrey D. Camm, James J. Cochran
Posted Date: