A truck weighing 35 tons is traveling at 32 km/h round a curve track of 43 m radius. If the center of gravity of the truck is 2.3 m above the rails, calculate the vertical reaction of each wheel if the wheel distance is 1.7 m apart Additionally, if the track is banked at 13 degree and the coefficient of friction is 0.4, and find the truck's maximum speed.
A truck weighing 35 tons is traveling at 32 km/h round a curve track of 43 m radius. If the center of gravity of the truck is 2.3 m above the rails, calculate the vertical reaction of each wheel if the wheel distance is 1.7 m apart Additionally, if the track is banked at 13 degree and the coefficient of friction is 0.4, and find the truck's maximum speed.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A truck weighing 35 tons is traveling at 32 km/h round a curve track of 43 m radius. If the
center of gravity of the truck is 2.3 m above the rails, calculate the vertical reaction of each
wheel if the wheel distance is 1.7 m apart Additionally, if the track is banked at 13 degree and the
coefficient of friction is 0.4, and find the truck's maximum speed.
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