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The maximum permissible stress for power-driven field rivet in bearing on rivet is-
- a)100 N/mm2
- b)250 N/mm2
- c)270 N/mm2
- d)300 N/mm2
Correct answer is option 'C'. Can you explain this answer?
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The maximum permissible stress for power-driven field rivet in bearin...
The maximum permissible stress for power-driven field rivet in bearing on rivet is 270 N/mm2
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Hence, the correct option is (C)
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The maximum permissible stress for power-driven field rivet in bearin...
Maximum Permissible Stress for Power-Driven Field Rivet in Bearing
The maximum permissible stress for power-driven field rivet in bearing on rivet is 270 N/mm2.
Explanation:
- Riveting is a process of joining two or more metal pieces by using a rivet, which is a type of permanent mechanical fastener.
- The power-driven field rivet is a type of rivet that is set using a power-driven tool instead of a hammer.
- When a rivet is inserted through two or more metal pieces and its ends are hammered or compressed together, it creates a joint that is very strong and resistant to shear and tensile forces.
- However, the joint can fail if the stress on the rivet exceeds its maximum permissible value. This can happen if the bearing stress on the rivet is too high.
- The bearing stress is the stress that is exerted on the rivet when it is in contact with the metal pieces that it is joining.
- The maximum permissible bearing stress for a power-driven field rivet is 270 N/mm2.
- This means that the bearing stress on the rivet should not exceed 270 N/mm2, otherwise the joint may fail.
- It is important to choose the right size and type of rivet for the job, and to use proper riveting techniques to ensure that the joint is strong and durable.
The maximum permissible stress for power-driven field rivet in bearing on rivet is 270 N/mm2.
Explanation:
- Riveting is a process of joining two or more metal pieces by using a rivet, which is a type of permanent mechanical fastener.
- The power-driven field rivet is a type of rivet that is set using a power-driven tool instead of a hammer.
- When a rivet is inserted through two or more metal pieces and its ends are hammered or compressed together, it creates a joint that is very strong and resistant to shear and tensile forces.
- However, the joint can fail if the stress on the rivet exceeds its maximum permissible value. This can happen if the bearing stress on the rivet is too high.
- The bearing stress is the stress that is exerted on the rivet when it is in contact with the metal pieces that it is joining.
- The maximum permissible bearing stress for a power-driven field rivet is 270 N/mm2.
- This means that the bearing stress on the rivet should not exceed 270 N/mm2, otherwise the joint may fail.
- It is important to choose the right size and type of rivet for the job, and to use proper riveting techniques to ensure that the joint is strong and durable.
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The maximum permissible stress for power-driven field rivet in bearing on rivet is-a)100 N/mm2b)250 N/mm2c)270 N/mm2d)300 N/mm2Correct answer is option 'C'. Can you explain this answer?
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