The following simply supported beam is made of normal weight plain concrete (f’c = 3,000psi), subjected to uniform distrusted load (in addition to the beam self-weight). Determinerthe maximum W that can be applied on this beam if b = 30 in and h = 30 in. . Calculate the cracking moment (max. resisting moment) for the unreinforced concrete beamshown. Assume normal-weight concrete with fe=3,000 psi. Use the internal couple method andcheck with the flexure formula.11"17"The following simply supported beam is made of normal weight plain concrete (f°c = 3,000psi), subjected to uniform distrusted load (in addition to the beam self-weight). Determinerthe maximum W that can be applied on this beam if b = 30 in and h = 30 in.w30"30"20 ft

As per Bartleby's guidelines we are supposed to answer only first question.

Answered: . Calculate the cracking moment (max.…

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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The following simply supported beam is made of normal weight plain concrete (f’c = 3,000
psi), subjected to uniform distrusted load (in addition to the beam self-weight). Determiner
the maximum W that can be applied on this beam if b = 30 in and h = 30 in.

. Calculate the cracking moment (max. resisting moment) for the unreinforced concrete beam
shown. Assume normal-weight concrete with fe=3,000 psi. Use the internal couple method and
check with the flexure formula.
11"
17"
The following simply supported beam is made of normal weight plain concrete (f°c = 3,000
psi), subjected to uniform distrusted load (in addition to the beam self-weight). Determiner
the maximum W that can be applied on this beam if b = 30 in and h = 30 in.
w
30"
30"
20 ft

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