PLATE #3 PROBLEM: A built up section of A992 steel is made from plates fully welded together. The flanges consist of PL16x380 and PL12x500 for the web. Check the beam for flexure. Total load Deflection is limited to L/240. Cite all applicable specifications you used to solve the problem from NSCP 2015. 1. For full lateral support 2. For Lateral bracing at supports and midspan of AB. 3. For lateral bracing at supports only, what maximum w and w₁ can the beam carry A W₁ = 26 kN/m Includes self wt. W₁ = 40 kN/m B 10m 2m PL16x380 PL12x500 x for = 1.5. WD WL

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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PROBLEM: A built up section of A992 steel is made from plates fully welded together.
The flanges consist of PL16x380 and PL12x500 for the web. Check the beam for
flexure. Total load Deflection is limited to L/240. Cite all applicable specifications you
used to solve the problem.
1. For full lateral support
2. For Lateral bracing at supports and midspans.
3. For lateral bracing at supports only. If the beam cannot carry the given loads
what maximum w and w, can be loaded for w/wp-1.5.
A. ASD NSCP 2001
B.
LRFD NSCP 2010
A
wp-26 kN/m includes self weight
1. For full lateral support
A
10m
w kN/m
A
w kN/m
W/₂ kN/m
10m
w kN/m
2. For Lateral bracing at supports and midspans.
w₂km
10m
B
WAN
10m
WL-40 kN/m
B
8m
3. For lateral bracing at supports only.
8m
8m
8m
C
y
PL16x380
PL16x380
PL12x500
PL16x380
PL16x380
PL12x500
PL12x500
Transcribed Image Text:PROBLEM: A built up section of A992 steel is made from plates fully welded together. The flanges consist of PL16x380 and PL12x500 for the web. Check the beam for flexure. Total load Deflection is limited to L/240. Cite all applicable specifications you used to solve the problem. 1. For full lateral support 2. For Lateral bracing at supports and midspans. 3. For lateral bracing at supports only. If the beam cannot carry the given loads what maximum w and w, can be loaded for w/wp-1.5. A. ASD NSCP 2001 B. LRFD NSCP 2010 A wp-26 kN/m includes self weight 1. For full lateral support A 10m w kN/m A w kN/m W/₂ kN/m 10m w kN/m 2. For Lateral bracing at supports and midspans. w₂km 10m B WAN 10m WL-40 kN/m B 8m 3. For lateral bracing at supports only. 8m 8m 8m C y PL16x380 PL16x380 PL12x500 PL16x380 PL16x380 PL12x500 PL12x500
PLATE #3
PROBLEM: A built up section of A992 steel is made from plates fully welded together. The flanges
consist of PL16x380 and PL12x500 for the web. Check the beam for flexure. Total load Deflection is
limited to L/240. Cite all applicable specifications you used to solve the problem from NSCP 2015.
1. For full lateral support
2. For Lateral bracing at supports and midspan of AB.
3. For lateral bracing at supports only, what maximum w and w₁ can the beam carry
A
W₁ = 26 kN/m Includes self wt.
W₁ = 40 kN/m
B
10m
2m
PL16x380
PL12x500
x
for = 1.5.
WD
WL
Transcribed Image Text:PLATE #3 PROBLEM: A built up section of A992 steel is made from plates fully welded together. The flanges consist of PL16x380 and PL12x500 for the web. Check the beam for flexure. Total load Deflection is limited to L/240. Cite all applicable specifications you used to solve the problem from NSCP 2015. 1. For full lateral support 2. For Lateral bracing at supports and midspan of AB. 3. For lateral bracing at supports only, what maximum w and w₁ can the beam carry A W₁ = 26 kN/m Includes self wt. W₁ = 40 kN/m B 10m 2m PL16x380 PL12x500 x for = 1.5. WD WL
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