πŸ“Š Design of Masonry Structures
Q. The bending stress in a wall or column subjected to effective vertical load need not be considered, if the eccentricity ratio is
  • (A) less than or equal to 1/24
  • (B) less than or equal to 1/6
  • (C) more than 1/24
  • (D) less than or equal to 1/12
πŸ’¬ Discuss
βœ… Correct Answer: (A) less than or equal to 1/24
πŸ“Š Design of Masonry Structures
Q. If the ratio of center to center spacing of intersecting walls to actual thickness of intersecting wall is more than 20, then the stiffening coefficient for wall proper will be
  • (A) 0
  • (B) between 0 and 1
  • (C) 1
  • (D) greater than 1
πŸ’¬ Discuss
βœ… Correct Answer: (D) greater than 1
πŸ“Š Design of Masonry Structures
Q. If the eccentricity ratio is more than 1/24, then increase in the permissible stress in the design of wall subjected to eccentric loading as per code is
  • (A) 10 %
  • (B) 25 % D. 50 %
  • (C) ---
  • (D) ---
πŸ’¬ Discuss
βœ… Correct Answer: (B) 25 % D. 50 %
πŸ“Š Design of Masonry Structures
Q. For masonry built in 1 : 1 : 6 cement-lime-sand mix mortar or equivalent, the horizontal shear stress permissible on the area of a mortar bed joint is
  • (A) 0.15 mpa
  • (B) 0.125 mpa
  • (C) 0.1 mpa
  • (D) 0.075 mpa
πŸ’¬ Discuss
βœ… Correct Answer: (B) 0.125 mpa
πŸ“Š Design of Masonry Structures
Q. Direct load carrying capacity of a brick masonry wall standing freely as against when it supports RC slab will be
  • (A) more
  • (B) less
  • (C) the same in both the cases
  • (D) 100 %
πŸ’¬ Discuss
βœ… Correct Answer: (C) the same in both the cases
πŸ“Š Design of Masonry Structures
Q. If the horizontal cross-sectional area of a wall is 1200 cm², then the basic stress shall be multiplied by a reduction factor equal to
  • (A) 0 6
  • (B) 0.75
  • (C) 0.85
  • (D) 0.95
πŸ’¬ Discuss
βœ… Correct Answer: (A) 0 6

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