: The square reinforced concrete slab (4.5*4.5) m as shown in Fig. below. It is simply supported atits left and right edges, fully fixed at its bottom edge, and free of support along the top side.Reinforcement provides design strength oMn= 26 kN.m/m in positive bending and oMn= 39%3DkN.m/m in negative bending at the right edge. Using the equilibrium method, find the factored loadWu uniformly distributed over the surface that would cause flexural failure.

Given : Square RCC slab = (4.5*4.5) m Slab is simply supported at right and left edges, fully fixed…

The square reinforced concrete slab (4.5*4.5) m as shown in Fig. below. It is simply supported at its left and right edges, fully fixed at its bottom edge, and free of support along the top side. Reinforcement provides design strength oMn kN.m/m in negative bending at the right edge. Using the equilibrium method, find the factored load Wu uniformly distributed over the surface that would cause flexural failure. = 26 kN.m/m in positive bending and oMn= 39

The square reinforced concrete slab (4.5*4.5) m as shown in Fig. below. It is simply supported at its left and right edges, fully fixed at its bottom edge, and free of support along the top side. Reinforcement provides design strength oMn kN.m/m in negative bending at the right edge. Using the equilibrium method, find the factored load Wu uniformly distributed over the surface that would cause flexural failure. = 26 kN.m/m in positive bending and oMn= 39

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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