A reinforced concrete beam has the following properties:beam with, b=320mmeffective depth, d=640 mmconcrete strength, f′c=25MPareinforcing steel, fy=400 MPareinforcing steel modulus, Es=200,000 MPaservice dead load moment 350=kN−mIf the beam is to be designed for balanced condition, find the required area of steel reinforcement, insq. mm.2. Find the maximum design moment in kN-m if the beam is to be designed as singly reinforced. A reinforced concrete beam has the following properties:beam with, b=320mmeffective depth, d=640 mmconcrete strength, f'c=25MPAreinforcing steel, fy=400 MPareinforcing steel modulus, Es=200,000 MPaservice dead load moment 350=kN-ma. If the beam is to be designed for balanced condition, find the required area of steel reinforcement, insq. mm.b. Find the maximum design moment in kN-m if the beam is to be designed as singly reinforced.

The given values are as follows,b=320mmd=640mmf'c=25MPafy=400MPAEs=200,000MpaDead load =350kN-mTo…

Answered: A reinforced concrete beam has the…

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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A reinforced concrete beam has the following properties:

beam with, b=320mm
effective depth, d=640 mm
concrete strength, f′c=25MPa
reinforcing steel, fy=400 MPa
reinforcing steel modulus, Es=200,000 MPa
service dead load moment 350=kN−m

If the beam is to be designed for balanced condition, find the required area of steel reinforcement, in
sq. mm.
2. Find the maximum design moment in kN-m if the beam is to be designed as singly reinforced.

A reinforced concrete beam has the following properties:
beam with, b=320mm
effective depth, d=640 mm
concrete strength, f'c=25MPA
reinforcing steel, fy=400 MPa
reinforcing steel modulus, Es=200,000 MPa
service dead load moment 350=kN-m
a. If the beam is to be designed for balanced condition, find the required area of steel reinforcement, in
sq. mm.
b. Find the maximum design moment in kN-m if the beam is to be designed as singly reinforced.

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