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Concentrated Load = 100 kN Solve for the following: 1. For the IL for maximum moment at midspan (center of B and C), calculate for the magnitude of the maximum positive moment in kN-m

Concentrated Load = 100 kN Solve for the following: 1. For the IL for maximum moment at midspan (center of B and C), calculate for the magnitude of the maximum positive moment in kN-m

Structural Analysis
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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HIGHWAY LOADS

A B 今 lom 3m
Transcribed Image Text:A B 今 lom 3m
Highway Loads: Uniform Load = 50 kN/m Concentrated Load = 100 kN Solve for the following: 1. For the IL for maximum moment at midspan (center of B and C), calculate for the magnitude of the maximum positive moment in kN-m 2. For the IL for maximum moment at midspan (center of B and C), calculate for the magnitude of the maximum negative moment in kN-m 3. For the IL for maximum shear at a point 4m to the right of support B, calculate for the magnitude of the maximum positive shear in kN 4. For the IL for maximum shear at a point 4m to the right of support B, calculate for the magnitude of the maximum negative shear in kN
Transcribed Image Text:Highway Loads: Uniform Load = 50 kN/m Concentrated Load = 100 kN Solve for the following: 1. For the IL for maximum moment at midspan (center of B and C), calculate for the magnitude of the maximum positive moment in kN-m 2. For the IL for maximum moment at midspan (center of B and C), calculate for the magnitude of the maximum negative moment in kN-m 3. For the IL for maximum shear at a point 4m to the right of support B, calculate for the magnitude of the maximum positive shear in kN 4. For the IL for maximum shear at a point 4m to the right of support B, calculate for the magnitude of the maximum negative shear in kN
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