Mechanical Engineering Exam > Mechanical Engineering Tests > Test: Design Against Static Load - 2 - Mechanical Engineering MCQ
Test: Design Against Static Load - 2 - Mechanical Engineering MCQ
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Test: Design Against Static Load - 2 - Question 1
A steel bar 2.5 m long and 20 mm square is elongated by a load of 500 kN. If poisson’s ratio is 0.25, what is the increase in volume? Take E = 0.2 x 106 N/mm2.
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Test: Design Against Static Load - 2 - Question 2
The thickness of cotter is generally taken equal to
Where d is the diameter of two rods which are connected by the cotter joint?
Where d is the diameter of two rods which are connected by the cotter joint?
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Test: Design Against Static Load - 2 - Question 3
For a cotter, the ratio of thickness to width is
Test: Design Against Static Load - 2 - Question 4
Calculations for the diameter of the rod in cotter joint are made by considering failure of the rod in
Detailed Solution for Test: Design Against Static Load - 2 - Question 4
Test: Design Against Static Load - 2 - Question 6
Which of the following statement(s) is/are valid pertaining to a cotter joint?
1. cotter is a flat wedge like piece inserted through the members at right angles to their axes.
2. used for rigid fastening of two rods.
3. rods to be connected are subjected to tensile or compressive stresses along their axes.
4. not suitable for joining members under rotation.
Test: Design Against Static Load - 2 - Question 7
The cotter is uniform in thickness but tapered in width on one side. The normal value of this taper is
Test: Design Against Static Load - 2 - Question 8
A localized compressive stress at the area of contact between two members is known as
Test: Design Against Static Load - 2 - Question 9
Which one of the following graph represents von- mises yield criterion
Test: Design Against Static Load - 2 - Question 10
The piston rod and the cross head in a steam engine are usually connected by means of
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