Structural Design ( RCC )

281) For a balanced design, according to Whitney, the maximum depth of concrete stress blockin R.C.C. beams should be

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0.537 d

282) The primary compression failure in R.C.C. beam is caused in

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over-reinforced beams

283) The secondary compression failure in R.C.C. beam is caused in

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under-reinforced beams

284) A raft foundation is provided if the areas of the foundation exceeds the plan area of the building by

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50%

285) The minimum diameter of longitudinal reinforcement in R.C.C. column should not be less than

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12 mm

286) The spacing of longitudinal reinforcement in columns measured along the perimeter of the

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300 mm

287) The minimum number of longitudinal steel bars in R.C.C. rectangular columns must

288) The minimum number of longitudinal steel bars in helically reinforced R.C.C. columns must be

289) The minimum number of longitudinal steel bars in R.C.C. circular columns must be

290) The minimum percentage of main reinforcement in R.C.C. walls when it is not carrying any load

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0.15

Subject Notes

Objective Box

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