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Consider a car modeled as shown below with a mass m = 1100 kg, suspension stiffness of 400 kN/m and suspension damping coefficient of 15 kN.s/m. The vehicle is traveling to the right and hits a step in the road of height a = 0.03 m. Derive the resulting response of the car and calculate the maximum displacement as well as steady state displacement. Assume that the wheel of the car follows the step perfectly and instantaneously. m

Consider a car modeled as shown below with a mass m = 1100 kg, suspension stiffness of 400 kN/m and suspension damping coefficient of 15 kN.s/m. The vehicle is traveling to the right and hits a step in the road of height a = 0.03 m. Derive the resulting response of the car and calculate the maximum displacement as well as steady state displacement. Assume that the wheel of the car follows the step perfectly and instantaneously. m

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Consider a car modeled as shown below with a mass m = 1100 kg, suspension stiffness of 400 kN/m and suspension damping coefficient of 15 kN.s/m. The vehicle is traveling to the right and hits a step in the road of height a =0.03 m. Derive the resulting response of the car and calculate the maximum displacement as well as steady state displacement. Assume that the wheel of the car follows the step perfectly and instantaneously. m ja = 0.03 m
Transcribed Image Text:Consider a car modeled as shown below with a mass m = 1100 kg, suspension stiffness of 400 kN/m and suspension damping coefficient of 15 kN.s/m. The vehicle is traveling to the right and hits a step in the road of height a =0.03 m. Derive the resulting response of the car and calculate the maximum displacement as well as steady state displacement. Assume that the wheel of the car follows the step perfectly and instantaneously. m ja = 0.03 m
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