Menu
Home / Mechanical Engineering / Machine Design :: Section 4

Mechanical Engineering :: Machine Design

Machine Design - Section 1
Machine Design - Section 2
Machine Design - Section 3
Machine Design - Section 4
Machine Design - Section 5
Machine Design - Section 6
Machine Design - Section 7
Machine Design - Section 8

  1. According to maximum normal stress theory, the maximum normal stress in the shaft is

    2. A.

    \(\frac { 1 } { 2 } \sqrt{\sigma^2 + 4 t^2}\)
    B.

    \(\sqrt{\sigma^2 + 4 t^2}\)
    C.

    \(\frac { 1 } { 2 }[\sigma + \sqrt{\sigma^2 + 4 t^2}]\)
    D.

    \(\sigma + \sqrt{\sigma^2 + 4 t^2}\)

    View Answer

    Workspace

    Discuss Discuss in Forum

  2. When a beam of rectangular cross-section of width b and depth d, is subjected to a shear force F, the maximum shear stress induced will be

    3. A.

    \(\frac { F } { bh }\)
    B.

    \(\frac { 3F } { bh }\)
    C.

    \(\frac { 2 F } { bh }\)
    D.

    \(\frac { 4 F } { bh }\)

    View Answer

    Workspace

    Discuss Discuss in Forum

  3. In designing a connecting rod, it is considered like __________ for buckling about Y-axis.

    4. A.

    both ends hinged
    B.

    both ends fixed
    C.

    one end fixed and the other end hinged
    D.

    one end fixed and the other end free

    View Answer

    Workspace

    Discuss Discuss in Forum

  4. According to I.B.R., the efficiency of a triple riveted butt joint with double straps of unequal width (5 rivets per pitch length) should be

    5. A.

    45 to 60%
    B.

    63 to 70%
    C.

    70 to 83%
    D.

    80 to 90%

    View Answer

    Workspace

    Discuss Discuss in Forum

  5. A steel containing __________ 0.8% carbon is known as hypo-eutectoid steel.

    6. A.

    greater than
    B.

    equal to
    C.

    less than

    View Answer

    Workspace

    Discuss Discuss in Forum

Java Programming Questions and Answers Interview Questions and Answers