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Q7. A rigid beam rests on supports A and B. Two connected loads 151 each (see figure) move along the beam. The cross-section of the supports is square viewed in plan. By considering the most unfavourable position of the loads on the beam, determine the support dimensions in plan. The allowable stress for the masonry under the supports is 10 kg/cm2. Answer: 52 x 52 cm2. 2m- B. 15t 15t -10m

Q7. A rigid beam rests on supports A and B. Two connected loads 151 each (see figure) move along the beam. The cross-section of the supports is square viewed in plan. By considering the most unfavourable position of the loads on the beam, determine the support dimensions in plan. The allowable stress for the masonry under the supports is 10 kg/cm2. Answer: 52 x 52 cm2. 2m- B. 15t 15t -10m

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q7. A rigid beam rests on supports A and B. Two connected loads 151 each (see figure) move along the beam. The cross-section of the supports is square viewed in plan. By considering the most unfavourable position of the loads on the beam, determine the support dimensions in plan. The allowable stress for the masonry under the supports is 10 kg/cm2. Answer: 52 x 52 cm2. 2m- B. 15t 15t -10m
Transcribed Image Text:Q7. A rigid beam rests on supports A and B. Two connected loads 151 each (see figure) move along the beam. The cross-section of the supports is square viewed in plan. By considering the most unfavourable position of the loads on the beam, determine the support dimensions in plan. The allowable stress for the masonry under the supports is 10 kg/cm2. Answer: 52 x 52 cm2. 2m- B. 15t 15t -10m
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