4. An A36 steel beam has the following properties: Overall depth = 900mm Flange width = 400mm Flange thickness = 12mm Web thickness - 12mm I The beam is simply supported over a length of 4m. Analyze the beam based on shear only using provisions of NSCP 2015. If F, = 248 MPa, determine the maximum uniformly distributed load (including its own weight) that the beam can carry. 4. An A36 steel beam has the following properties:Overall depth = 900mmFlange width = 400mmFlange thickness = 12mmWeb thickness - 12mmThe beam is simply supported over a length of 4m. Analyze the beam based onshear only using provisions of NSCP 2015. If F, = 248 MPa, determine the maximumuniformly distributed load (including its own weight) that the beam can carry.

Uniformly distributed load: A concentrated load acting in the UDL's centre of gravity can replace…

Answered: 4. An A36 steel beam has the following…

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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4. An A36 steel beam has the following properties: Overall depth = 900mm Flange width = 400mm Flange thickness = 12mm Web thickness - 12mm I The beam is simply supported over a length of 4m. Analyze the beam based on shear only using provisions of NSCP 2015. If F, = 248 MPa, determine the maximum uniformly distributed load (including its own weight) that the beam can carry.

4. An A36 steel beam has the following properties:
Overall depth = 900mm
Flange width = 400mm
Flange thickness = 12mm
Web thickness - 12mm
The beam is simply supported over a length of 4m. Analyze the beam based on
shear only using provisions of NSCP 2015. If F, = 248 MPa, determine the maximum
uniformly distributed load (including its own weight) that the beam can carry.

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