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Test: Design Considerations - Mechanical Engineering MCQ


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10 Questions MCQ Test - Test: Design Considerations

Test: Design Considerations for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Test: Design Considerations questions and answers have been prepared according to the Mechanical Engineering exam syllabus.The Test: Design Considerations MCQs are made for Mechanical Engineering 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Design Considerations below.
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Test: Design Considerations - Question 1

 Stressed parts are always kept in tension.

Detailed Solution for Test: Design Considerations - Question 1

Explanation: Cast iron has more compressive strength.

Test: Design Considerations - Question 2

Shot blasting process improves the endurance limit of the component.

Detailed Solution for Test: Design Considerations - Question 2

Explanation: Shot blasting employs throwing wheel which imparts strength to the material.

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Test: Design Considerations - Question 3

 Which process allows controlling grain structure of the product?

Detailed Solution for Test: Design Considerations - Question 3

Explanation: In casting metal is in fluid state and hence impossible to control the grain structure.

Test: Design Considerations - Question 4

While designing a forging, the profile is selected such that the fibrous lines are parallel to the tensile forces and perpendicular to shear forces.

Detailed Solution for Test: Design Considerations - Question 4

Explanation: Tensile load is applied parallel to the grain structures.

Test: Design Considerations - Question 5

Cast surfaces have good finishing.

Detailed Solution for Test: Design Considerations - Question 5

Explanation: Cavity is surrounded by sand and hence not good finish is obtained.

Test: Design Considerations - Question 6

In forging, metal is in which of the following stage?

Detailed Solution for Test: Design Considerations - Question 6

Explanation: Forging is the working of metal in plastic range.

Test: Design Considerations - Question 7

Forged components can be held between close limits.

Detailed Solution for Test: Design Considerations - Question 7

Explanation: There is no shrinkage problems and hence less tolerances.

Test: Design Considerations - Question 8

Among casting, forging and forging which has the slowest rate of production?

Detailed Solution for Test: Design Considerations - Question 8

Explanation: Machining each part is very time consuming.

Test: Design Considerations - Question 9

In manual assembly, cost of screw is higher than the cost of driving a screw.

Detailed Solution for Test: Design Considerations - Question 9

Explanation: Generally manufacturing screw is cheaper than driving it.

Test: Design Considerations - Question 10

Maximum carbon content in welding is usually limited to

Detailed Solution for Test: Design Considerations - Question 10

Explanation: With increase of carbon, welding becomes difficult as weld becomes susceptible to cracks.

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