EXEve .jo Figure shown below illustrates a machine weighing 90 kg mounted on a spring of stiffness k = 18 x 105 N/m with damping factor 15%. A 3 kg piston within machine has reciprocating motion, with a stroke of 0.1 m and speed 3500 cpm. Assume piston motion to he harmonic. Calculate the steady state amplitude of vibration of machine and vibrating force transmitted to the foundation. Stroke = 0.1 m 000,
EXEve .jo Figure shown below illustrates a machine weighing 90 kg mounted on a spring of stiffness k = 18 x 105 N/m with damping factor 15%. A 3 kg piston within machine has reciprocating motion, with a stroke of 0.1 m and speed 3500 cpm. Assume piston motion to he harmonic. Calculate the steady state amplitude of vibration of machine and vibrating force transmitted to the foundation. Stroke = 0.1 m 000,
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![EXO e18 Figure shown below illustrates a machine weighing 90 kg mounted on a spring
of stiffness k = 18 x 105 N/m with damping factor 15%. A 3 kg piston within machine has reciprocating
motion, with a stroke of 0.1 m and speed 3500 cpm. Assume piston motion to he harmonic. Calculate
the steady state amplitude of vibration of machine and vibrating force transmitted to the foundation.
Stroke = 0.1 m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0853d91a-0eec-4e5c-8a02-1feb188b2250%2F5156b001-698f-420b-9219-555707161807%2F2gdtu39_processed.jpeg&w=3840&q=75)
Transcribed Image Text:EXO e18 Figure shown below illustrates a machine weighing 90 kg mounted on a spring
of stiffness k = 18 x 105 N/m with damping factor 15%. A 3 kg piston within machine has reciprocating
motion, with a stroke of 0.1 m and speed 3500 cpm. Assume piston motion to he harmonic. Calculate
the steady state amplitude of vibration of machine and vibrating force transmitted to the foundation.
Stroke = 0.1 m
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