Previous Year Very Short Questions of DCS-2 (B-TECH civil engineering 6th)

DESIGN OF CONCRETE STRUCTURES – II

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  1. When a shear key is provided in a reinforced concrete retaining wall?
  2. What is the shape of pressure distribution diagram beneath the footing when the footing is the symmetrically loaded?
  3. What is pitch of lateral ties in an axially loaded column?
  4. In which cases 8-legged stirrups are provided in a combined footing?
  5. What are the various cases of failures of combined footing?
  6. In which conditions strap footing are provided?
  7. What are the various forces which are considered r for designing domes?
  8. What is the shape of shear stress diagram in a reinforced concrete beam section?
  9. What is minimum cover provided in a trapezoidal footing?
  10. What is the maximum spacing of vertical stirrups in rectangular beams?
  11. Name the various types of staircases according to their geometrical classification.
  12. What do you mean by biaxial bending?
  13. In a circular beam the center of gravity does not coincides with the longitudinal axis of the beam.
  14. Under what circumstances combined footing is preferred?
  15. What is the significance of overturning movement in retaining walls?
  16. What are the methods of design of water tanks?
  17. Which type of reinforcement is provided to counter the hoop stresses in domes?
  18. For what purpose a temporary open joint is provided in water tank?
  19. How does the slenderness ration effects the design of column?
  20. Why does the counter forts are provided in retaining walls?
  21. What are the various cases of failures of combined footing?
  22. What is the factor of safety due to sliding of the retaining wall?
  23. When a shear key is provided in a reinforced concrete retaining wall?
  24. In which cases 8-legged stirrups are provided in a combined footing?
  25. What is the shape of pressure distribution diagram beneath the footing when the footing is the symmetrically loaded?
  26. In which conditions strap footing are provided?
  27. What is minimum cover provided in a trapezoidal footing?
  28. What is the shape of shear stress diagram in a reinforced concrete beam section?
  29. What is the maximum spacing of vertical stirrups in rectangular beams?
  30. What are the various forces which are considered r for designing domes?