D Question 21 The steel beam below carries the given specified load cases: Poead 39 kN, PLive = 115 kN, Psnow = 110 kN %3! %3D WDead = 8 kN/m, wLive = 28 kN/m, wsnow = 15 kN/m %3D Use the Limits States Design method to factor the load cases into the following load combination: DEAD + SNOW + LIVE (SNOW is principal, LIVE is companion) For this factored load combination, what is the Maximum Factored Moment, Mimax in kN-m? SPECIFIED Point Load P (kN) UDL w (kN/m) DEAD Poead WDead LIVE PLive WLive SNOW Psnow Wsnow 4.5 m 4.5 m R.

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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D Question 21
The steel beam below carries the given specified load cases:
Poead = 39 kN, PLive = 115 kN, Psnow = 110 kN
%3D
%3!
Woead = 8 kN/m, wLive = 28 kN/m, wsnow = 15 kN/m
Use the Limits States Design method to factor the load cases into the following load combination:
DEAD + SNOW + LIVE
(SNOW is principal, LIVE is companion)
For this factored load combination, what is the Maximum Factored Moment, Mimax in kN-m?
SPECIFIED
Point Load P (kN)
UDL w (kN/m)
DEAD
Poead
WDead
LIVE
PLive
WLive
SNOW
Psnow
Wsnow
4.5 m
4.5 m
R.
RR
Transcribed Image Text:D Question 21 The steel beam below carries the given specified load cases: Poead = 39 kN, PLive = 115 kN, Psnow = 110 kN %3D %3! Woead = 8 kN/m, wLive = 28 kN/m, wsnow = 15 kN/m Use the Limits States Design method to factor the load cases into the following load combination: DEAD + SNOW + LIVE (SNOW is principal, LIVE is companion) For this factored load combination, what is the Maximum Factored Moment, Mimax in kN-m? SPECIFIED Point Load P (kN) UDL w (kN/m) DEAD Poead WDead LIVE PLive WLive SNOW Psnow Wsnow 4.5 m 4.5 m R. RR
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