Home

The maximum bending stress in a curved beam having symmetrical section always occur at the

A. Centroidal axis

B. Neutral axis

C. Inside fibre

D. Outside fibre

Please do not use chat terms. Example: avoid using "grt" instead of "great".

You can do it
  1. The fatigue life of a part can be improved by
  2. At low temperatures (say 75°C) the notched bar impact value of steel
  3. The function of cutting oil when threading a pipe is to
  4. Which of the following screw thread is adopted for power transmission in either direction?
  5. A crankshaft is a __________ shaft.
  6. The power transmitted by belt drive depends upon
  7. When a helical compression spring is cut into halves, the stiffness of the resulting spring will be
  8. A spring is used to
  9. The plasticity is the property of a material which enables it to
  10. The material commonly used for crane hooks is
  11. Lewis equation in gears is used to find the
  12. A machine part subjected to __________ is called a strut.
  13. Which of the following statement is correct?
  14. The velocity of sliding ________ the distance of the point of contact from the pitch point.
  15. The shear stress in a beam varies from zero at the outer fibres to a maximum at the________.
  16. The efficiency of a riveted joint is equal to
  17. In oilness bearings
  18. The circumferential and longitudinal strains in a cylindrical boiler under internal steam pressure are…
  19. A screw is said to be over hauling screw, if its efficiency is
  20. The centrifugal tension in belts
  21. When a circular beam of diameter d is subjected to a shear force F, the maximum shear stress induced…
  22. Whether any core is required in wire ropes
  23. Gear box is used
  24. The usual clearance provided in hydrodynamic bearing per mm of diameter of shaft is
  25. Taper on the cotter and slot is provided
  26. Cold working
  27. A bolt is designed on the basis of __________ with a large factor of safety.
  28. The creep in the belt is due to
  29. The taper on a rectangular sunk key is
  30. In order to determine the stresses in a thin cylinder due to an internal pressure, it is assumed that