Mechanical Engineering - Strength of Materials - Discussion
Discussion Forum : Strength of Materials - Section 1 (Q.No. 12)
12.
If the slenderness ratio for a column is 100, then it is said to be a __________ column.
Discussion:
51 comments Page 2 of 6.
Saiful said:
8 years ago
The answer is Medium cloumn.
(1)
Rajesh rank said:
8 years ago
In RS KHURMI, he mentioned that ratio more den 80 is called Long columns and less den 80 is called Short Columns but he didn't mention about Medium columns.
If we go through theory books,
there they categorized less 32--short.
32-120--medium.
More than 120--long columns.
If we go through theory books,
there they categorized less 32--short.
32-120--medium.
More than 120--long columns.
(1)
Sudheer said:
9 years ago
Answer is medium column because 32-120 medium.
(1)
Pravin said:
10 years ago
Slenderness ratio = Effective length / Radius of gyration
(1)
Raj Siddu said:
1 decade ago
S.R is <32 --> Short Column,
S.R is 32-120--> Medium,
S.R is >120 --> Long,
So, the answer should be medium column.
S.R is 32-120--> Medium,
S.R is >120 --> Long,
So, the answer should be medium column.
(1)
GHAN SHYAM PATEL said:
1 decade ago
FOR SHORT COLUMN SR < 45.
AND FOR LONG COLUMN SR > 45.
AND FOR LONG COLUMN SR > 45.
Dhiraj Yadav said:
9 years ago
If the slenderness ratio of a column is lies between 32 to 120 than it is known as the medium column.
And S. R of a column is more than 120 than it is known as a long column.
And S. R of a column is more than 120 than it is known as a long column.
Abhinav Bharat said:
1 decade ago
Slenderness ratio for long column:- More than 120.
Slenderness ratio for Medium column:- Slenderness ratio lies between 32 to 120.
Slenderness ratio for short column:- Less than 32.
Slenderness ratio for Medium column:- Slenderness ratio lies between 32 to 120.
Slenderness ratio for short column:- Less than 32.
Sahil dar said:
9 years ago
The values you are providing are for steel columns what if the question asks about RCC columns.
Iqbal said:
8 years ago
Please anyone tell me, what is radius of gyration?
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