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For rivets in tension with countersunk heads, the tensile value shall be
- a)Reduced by 25%
- b)Reduced by 33.3%
- c)Increased by 25%
- d)Increased by 33.3%
Correct answer is option 'B'. Can you explain this answer?
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For rivets in tension with countersunk heads, the tensile value shall ...
Rivets in Tension with Countersunk Heads
When rivets are used for connecting two or more plates in a structure, they are subjected to tensile forces. In some cases, the rivets may have countersunk heads, which means that the head of the rivet is tapered to fit into a countersunk hole in the plate. This allows the surface of the plate to be flush with the head of the rivet.
Effect on Tensile Value
When rivets with countersunk heads are used in tension, the tensile value of the rivet is reduced. This is because the tapered shape of the head reduces the cross-sectional area of the rivet at the point where it is subjected to tensile forces. As a result, the rivet is weaker in tension than a rivet with a standard head.
Percentage Reduction
The amount of reduction in tensile value depends on the size and shape of the countersunk head, as well as the size of the rivet itself. In general, the tensile value of a rivet with a countersunk head is reduced by 33.3%. This means that the rivet can withstand only about two-thirds of the tensile force that a standard rivet of the same size could withstand.
Conclusion
In conclusion, when using rivets with countersunk heads in tension, it is important to take into account the reduced tensile value of the rivet. This may require using larger or more rivets to achieve the desired level of strength in the structure.
When rivets are used for connecting two or more plates in a structure, they are subjected to tensile forces. In some cases, the rivets may have countersunk heads, which means that the head of the rivet is tapered to fit into a countersunk hole in the plate. This allows the surface of the plate to be flush with the head of the rivet.
Effect on Tensile Value
When rivets with countersunk heads are used in tension, the tensile value of the rivet is reduced. This is because the tapered shape of the head reduces the cross-sectional area of the rivet at the point where it is subjected to tensile forces. As a result, the rivet is weaker in tension than a rivet with a standard head.
Percentage Reduction
The amount of reduction in tensile value depends on the size and shape of the countersunk head, as well as the size of the rivet itself. In general, the tensile value of a rivet with a countersunk head is reduced by 33.3%. This means that the rivet can withstand only about two-thirds of the tensile force that a standard rivet of the same size could withstand.
Conclusion
In conclusion, when using rivets with countersunk heads in tension, it is important to take into account the reduced tensile value of the rivet. This may require using larger or more rivets to achieve the desired level of strength in the structure.
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For rivets in tension with countersunk heads, the tensile value shall bea)Reduced by 25%b)Reduced by 33.3%c)Increased by 25%d)Increased by 33.3%Correct answer is option 'B'. Can you explain this answer?
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