Civil Engineering - Strength of Materials - Discussion
Discussion Forum : Strength of Materials - Section 1 (Q.No. 39)
39.
The range within which a load can be applied on a rectangular column, to avoid any tensile stress, is
Discussion:
33 comments Page 2 of 4.
Shiroya manish said:
8 years ago
For rectangular column.
limit of eccentricity=z/a ,z=bd3/12*d/2.
A=b*d.
:For rectangular column, e=d/6.
For circular column, e=d/8(by z/A).
limit of eccentricity=z/a ,z=bd3/12*d/2.
A=b*d.
:For rectangular column, e=d/6.
For circular column, e=d/8(by z/A).
Nadhiya said:
6 years ago
Answer shall be 1/3 of base.
Aishwarya said:
6 years ago
E is the correct answer. I too agree.
Vipin sainath said:
5 years ago
Option E is correct, For rectangular section, the limit of eccentricity is " e <= b/6 or d/6 on either side of the centroid" and For Circular section, the limit of eccentricity is " e<= D/8 on either side of the centroid".
Refer RK Bansal.
Refer RK Bansal.
Birendra kumar said:
4 years ago
1/6 is the correct answer for the rectangle.
Inayat Ullah Kakar said:
9 months ago
For Rectangular section:
e<=b/3
And
e<=d/6 or h/6
For circular section
e<=d/8
So, the given answer is correct.
e<=b/3
And
e<=d/6 or h/6
For circular section
e<=d/8
So, the given answer is correct.
Deepak raj joshi said:
1 month ago
(b or d)/3 for rectangle.
R/4 for circle.
These regions refer to kern size or core size.
R/4 for circle.
These regions refer to kern size or core size.
Shruti yadav said:
1 decade ago
Answer should be (1/3) of base.
If applied load follows middle one by third rule then no tensile stresses are produced.
Check it out.
If applied load follows middle one by third rule then no tensile stresses are produced.
Check it out.
Deb said:
8 years ago
It is given range. So it will be 1/3 rd "Middle third rule".
SHRAVAN said:
8 years ago
Answer E. The Correct answer e<b/6.
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