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The slenderness ratio for masonry walls should not be more than
Answer & Solution
Correct Answer:
Option
B
Definition: The slenderness ratio of a masonry wall is the ratio of its effective height or effective length (whichever is less) to its thickness.
Purpose: This ratio indicates the wall’s susceptibility to buckling under compressive loads. A higher value means the wall is taller and thinner, making it less stable.
Code requirement: As per standard building codes such as IS 1905:1987, the slenderness ratio for masonry walls should not exceed 20 to ensure stability and safety.
Reason: Limiting the slenderness ratio reduces the risk of lateral deflection, buckling, and failure under axial loads.
Conclusion: For structural safety, the effective height or length of a masonry wall divided by its thickness should be ≤ 20.
Purpose: This ratio indicates the wall’s susceptibility to buckling under compressive loads. A higher value means the wall is taller and thinner, making it less stable.
Code requirement: As per standard building codes such as IS 1905:1987, the slenderness ratio for masonry walls should not exceed 20 to ensure stability and safety.
Reason: Limiting the slenderness ratio reduces the risk of lateral deflection, buckling, and failure under axial loads.
Conclusion: For structural safety, the effective height or length of a masonry wall divided by its thickness should be ≤ 20.
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Loginload bearing wall should not exceed 27
Non load bearing wall should not exceed 30
So the final answer is C. 30
And for Non-Load bearing masonary wall it shouldn't be more than 30.
If not mentioned in question , assume it as Non-Load Bearing Masonary Wall