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Tacking rivets in compression plates not exposed to the weather, have a pitch not exceeding 300 mm or
- a)16 times the thickness of outside plate
- b)24 times the thickness of outside plate
- c)32 times the thickness of outside plate
- d)36 times the thickness of outside plate
Correct answer is option 'C'. Can you explain this answer?
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Tacking rivets in compression plates not exposed to the weather, have ...
Tacking Rivets in Compression Plates
When tacking rivets in compression plates that are not exposed to the weather, there are certain guidelines to follow to ensure structural integrity. One of the guidelines is the pitch of the rivets.
Pitch of Rivets
The pitch of the rivets refers to the distance between each rivet. This distance is important because it affects the strength and stability of the structure. The pitch of the rivets should not exceed 300 mm or 32 times the thickness of the outside plate.
Formula
The formula for determining the maximum pitch of rivets in compression plates is as follows:
Pitch ≤ 300 mm or 32 × t
Where:
t = thickness of the outside plate
Explanation of Options
a) 16 times the thickness of outside plate - This option is not correct because the pitch of the rivets should not be less than 300 mm or 32 times the thickness of the outside plate.
b) 24 times the thickness of outside plate - This option is not correct because the pitch of the rivets should not be less than 300 mm or 32 times the thickness of the outside plate.
c) 32 times the thickness of outside plate - This option is correct because the maximum pitch of rivets in compression plates should not exceed 300 mm or 32 times the thickness of the outside plate.
d) 36 times the thickness of outside plate - This option is not correct because the pitch of the rivets should not exceed 300 mm or 32 times the thickness of the outside plate.
Conclusion
The maximum pitch of rivets in compression plates that are not exposed to the weather should not exceed 300 mm or 32 times the thickness of the outside plate. This is important to ensure structural integrity and stability.
When tacking rivets in compression plates that are not exposed to the weather, there are certain guidelines to follow to ensure structural integrity. One of the guidelines is the pitch of the rivets.
Pitch of Rivets
The pitch of the rivets refers to the distance between each rivet. This distance is important because it affects the strength and stability of the structure. The pitch of the rivets should not exceed 300 mm or 32 times the thickness of the outside plate.
Formula
The formula for determining the maximum pitch of rivets in compression plates is as follows:
Pitch ≤ 300 mm or 32 × t
Where:
t = thickness of the outside plate
Explanation of Options
a) 16 times the thickness of outside plate - This option is not correct because the pitch of the rivets should not be less than 300 mm or 32 times the thickness of the outside plate.
b) 24 times the thickness of outside plate - This option is not correct because the pitch of the rivets should not be less than 300 mm or 32 times the thickness of the outside plate.
c) 32 times the thickness of outside plate - This option is correct because the maximum pitch of rivets in compression plates should not exceed 300 mm or 32 times the thickness of the outside plate.
d) 36 times the thickness of outside plate - This option is not correct because the pitch of the rivets should not exceed 300 mm or 32 times the thickness of the outside plate.
Conclusion
The maximum pitch of rivets in compression plates that are not exposed to the weather should not exceed 300 mm or 32 times the thickness of the outside plate. This is important to ensure structural integrity and stability.
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Tacking rivets in compression plates not exposed to the weather, have ...
A concrete column of cross sectional area 400 mm * 400 mm is reinforced by four longitudinal 50 mm diameter round steel bars at each corner. If the column carries a compressive load of 300 kN, determine: (i) loads carried, (ii) Compressive stress produced in the concrete & steel bars. Young's modulus of elasticity of steel is 15 times that of concrete.
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Tacking rivets in compression plates not exposed to the weather, have a pitch not exceeding 300 mm ora)16 times the thickness of outside plateb)24 times the thickness of outside platec)32 times the thickness of outside plated)36 times the thickness of outside plateCorrect answer is option 'C'. Can you explain this answer?
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