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The shock absorbing capacity of bolts can be increased by

The shock absorbing capacity of bolts can be increased by Correct Answer None of the listed

Shock absorbing capacity can be increased by decreasing the shank diameter or increasing the length of shank.

Related Questions

The structure shown is subjected to an eccentric force P=5kN and eccentricity=500mm. The horizontal distance between two bolts is 200mm and vertical distance between bolts is 150mm. The yield strength of bolts is 400N/mm² and factor of safety is 3. Determine the size of the bolts.
Ryan works in a company that follows TQM and produces nuts and bolts. The company has not moved much from its old design of nuts and bolts. Ryan’s creativity leads him to a better and effective design of nuts and bolts at the same production cost as before. It can increase the productivity without compromising quality. Should the company implement Ryan’s design?
A wall bracket is attached to the wall by means of 2 identical bolts, one at A and one at B. The force of 20kN acts at a distance of 400mm. Bolt A lies at a distance of 50mm from axis of tilt and bolt B 500mm. Allowable shear stress in the bolts is 100N/mm² and tensile is 40N/mm². Find the radius of Mohr circle which can be made from the shear stress and tensile stress acting on bolts.(Consider bolt under max stress and area of bolt is A)
Machine A produces bolts at a uniform rate of 120 every 40 seconds and Machine B produces bolts at a uniform rate of 100 every 20 seconds. If the two machines run simultaneously , how many seconds will it take for them to produce a total of 200 bolts.
Machine A produces bolts at a uniform rate of 120 every 40 seconds, and Machine B produces bolts at a uniform rate of 100 every 20 seconds. If the two machines run simultaneously, how many seconds will it take for them to produce total of 200 bolts?
Consider the following statements regarding the ends of the pressure vessels flanged by pre-tensioned bolts: 1. Pre-tensioning helps to seal the pressure vessel. 2. Pre-tensioning reduces the maximum tensile stress in the bolts. 3. Pre-tensioning countermands the fatigue life of the bolts. 4. Pre-tensioning helps to reduce the deleterious effect of pressure pulsations in the pressure vessel. Which of the above statements are correct?
The structure shown is subjected to an eccentric force P=5kN and eccentricity=500mm. The horizontal distance between two bolts is 200mm and vertical distance between bolts is 150mm. The yield strength of bolts is 400N/mm² and factor of safety is 3. Determine the primary shear force from the following figure.
The structure shown is subjected to an eccentric force P=5kN and eccentricity=500mm. The horizontal distance between two bolts is 200mm and vertical distance between bolts is 150mm. The yield strength of bolts is 400N/mm² and factor of safety is 3. Determine the secondary shear force in the below figure.
The structure shown is subjected to an eccentric force P=5kN and eccentricity=500mm. The horizontal distance between two bolts is 200mm and vertical distance between bolts is 150mm. The yield strength of bolts is 400N/mm² and factor of safety is 3. Determine the resultant shear force on the bolt lying left and above the CG.
The structure shown is subjected to an eccentric force P=5kN and eccentricity=500mm. The horizontal distance between two bolts is 200mm and vertical distance between bolts is 150mm. The yield strength of bolts is 400N/mm² and factor of safety is 3. Determine the resultant shear force on the bolt lying right and above the CG.