Prob. # 1] Figure, P1 below, shows a human body and a restraint system at the time of an automobile collision. Suggest a simple mathematical model by considering the elasticity, mass, and damping of the seat, human body, and the restraints for a vibration analysis of the system. Figure P1. Restraint Windshicld Seat belts

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Vibration Engineering

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Prob. # 1] Figure, P1 below, shows a human body and a restraint system at the time of an
automobile collision. Suggest a simple mathematical model by considering the elasticity, mass, and
damping of the seat, human body, and the restraints for a vibration analysis of the system.
Figure P1.
Restraint
Windshield
Seat
belts
Instrument
panel
-Slant
footboard
Impact
force
Floor
Transcribed Image Text:Prob. # 1] Figure, P1 below, shows a human body and a restraint system at the time of an automobile collision. Suggest a simple mathematical model by considering the elasticity, mass, and damping of the seat, human body, and the restraints for a vibration analysis of the system. Figure P1. Restraint Windshield Seat belts Instrument panel -Slant footboard Impact force Floor
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