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The effective slenderness ratio of battened columns shall be taken as ____ times the maximum slenderness ratio of the column
- a)1.05
- b)1.10
- c)1.15
- d)1.20
Correct answer is option 'B'. Can you explain this answer?
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The effective slenderness ratio of battened columns shall be taken as ...
Effective Slenderness Ratio of Battened Columns
Definition:
The effective slenderness ratio of a battened column is the ratio of the actual length of the column to the radius of gyration of the column. It is an important parameter in the design of column structures as it determines the load-carrying capacity of the column.
Formula:
Effective slenderness ratio (λe) = L / r
Where,
L = actual length of the column
r = radius of gyration of the column
Maximum Slenderness Ratio of Column:
The maximum slenderness ratio of a column is the value beyond which the column will buckle under compressive loads. This value is determined based on the material properties of the column and the boundary conditions of the structure.
Effective Slenderness Ratio of Battened Columns:
For battened columns, the effective slenderness ratio is taken as a multiple of the maximum slenderness ratio of the column. This is because battening increases the effective radius of gyration of the column and reduces the risk of buckling.
The effective slenderness ratio of battened columns is taken as 1.10 times the maximum slenderness ratio of the column.
Therefore, option B (1.10) is the correct answer.
Definition:
The effective slenderness ratio of a battened column is the ratio of the actual length of the column to the radius of gyration of the column. It is an important parameter in the design of column structures as it determines the load-carrying capacity of the column.
Formula:
Effective slenderness ratio (λe) = L / r
Where,
L = actual length of the column
r = radius of gyration of the column
Maximum Slenderness Ratio of Column:
The maximum slenderness ratio of a column is the value beyond which the column will buckle under compressive loads. This value is determined based on the material properties of the column and the boundary conditions of the structure.
Effective Slenderness Ratio of Battened Columns:
For battened columns, the effective slenderness ratio is taken as a multiple of the maximum slenderness ratio of the column. This is because battening increases the effective radius of gyration of the column and reduces the risk of buckling.
The effective slenderness ratio of battened columns is taken as 1.10 times the maximum slenderness ratio of the column.
Therefore, option B (1.10) is the correct answer.
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Community Answer
The effective slenderness ratio of battened columns shall be taken as ...
As per IS 800: 2007
For battened column =1.1
For laced column =1.05
For battened column =1.1
For laced column =1.05
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The effective slenderness ratio of battened columns shall be taken as ____ times the maximum slenderness ratio of the columna)1.05b)1.10c)1.15d)1.20Correct answer is option 'B'. Can you explain this answer?
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