A railway buffer consists of a pair of cylinders placed parallel side-by-side. Oil is present in...

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Mechanical Engineering

A railway buffer consists of a pair of cylinders placed parallelside-by-side. Oil is present in each cylinder and is arranged tobypass through ports, thereby producing a damping resistance, whichis proportional to the velocity of the piston within the cylinder.The magnitude of this resistance is 50 kN at a velocity of 0.25m/s. Each cylinder also contains a compression spring, initiallywith negligible compression, of stiffness 65 kN/m. A rigid train ofmass 250 tons is moving at a speed of 1.6 m/s and collides with thebuffer. Determine the distance taken by the train before firstcoming to rest. Assuming that the train comes into contact and thenbecome attached to the free end of the buffer. Determine the timeit takes the train to come to a complete stop. Solution for thisproblem should show the position and velocity of the train.

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4.2 Ratings (835 Votes)
Note The meaning ofthe third sentence in the problem the magnitude of resistancehas been taken    See Answer
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