Mechanical Engineering - Strength of Materials - Discussion
Discussion Forum : Strength of Materials - Section 1 (Q.No. 15)
15.
When a body is subjected to two equal and opposite pushes, as a result of which the body tends to reduce its length, the stress and strain induced is compressive.
Discussion:
29 comments Page 3 of 3.
Akshay said:
1 decade ago
Stress is the internal force applied by the body to oppose the applied force. So if force is compressive stress should be tensile.
And strain of course will be compressive.
So correct answer is false.
And strain of course will be compressive.
So correct answer is false.
Antony said:
1 decade ago
Generally stress is ratio of load to area. If the load is compressive then the stress is called compressive stress.
Laxman said:
1 decade ago
Push is nothing but applying force along the axis so that those two forces are in opposite hence it compresses.
(1)
Ain said:
1 decade ago
When bar is stretched stresses are tensile. If forces are reversed compressive stresses will be there.
Sanjay said:
1 decade ago
Inwards pushes is called compressive stress.
Kamal said:
1 decade ago
The answer should be option B, because as a result of pushes the body tends to reduce its length which means the applied forces are compressive in nature, now we know the stress is internal resisting force, therefore the resisting force will be tensile in nature i.e., stress and strain induced are tensile.
Jamshid khan said:
1 decade ago
When the body is subjected pushing forces on both side having equal and opposite direction, so the stress produces in the body will be Tensile stress.
Vipin said:
1 decade ago
We push that body. The length of the body is deceased. So that body try to become its original length. So creating stress is oppose that push. It is called tensile stress.
Vivek said:
1 decade ago
The right answer is A. As the body is pushed hence the tendency of body will be to extend its length.
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