A truck and a trailer combination whose axle loads are indicated as shown is to cross a 14-meter simple span. Determine the following: a. The magnitude of the resultant and its distance from each of the wheel loads. b. The maximum shear produced on the left support when the truck crosses the beam- c. The maxim shear produced on the right support when the truck crosses the beam - d. The maximum moment under the 50 KN load e. The maximum moment under the 150 KN load - f. The maximum moment under the 120 KN load g. The maximum moment under the 80 KN load- 1 150 KN 50 KN 120 KN 80 KN 4 m 2m +2m1 6 m

A truck and a trailer combination whose axle loads are indicated as shown is to cross a 14-meter simple span. Determine the following: a. The magnitude of the resultant and its distance from each of the wheel loads. b. The maximum shear produced on the left support when the truck crosses the beam- c. The maxim shear produced on the right support when the truck crosses the beam - d. The maximum moment under the 50 KN load e. The maximum moment under the 150 KN load - f. The maximum moment under the 120 KN load g. The maximum moment under the 80 KN load- 1 150 KN 50 KN 120 KN 80 KN 4 m 2m +2m1 6 m

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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Question

A truck and a trailer combination whose axle loads are indicated as shown is to cross a 14-meter
simple span. Determine the following:
a. The magnitude of the resultant and its distance from each of the wheel loads.
b. The maximum shear produced on the left support when the truck crosses the beam-
c. The maxim shear produced on the right support when the truck crosses the beam -
d. The maximum moment under the 50 KN load
e. The maximum moment under the 150 KN load -
f. The maximum moment under the 120 KN load
g. The maximum moment under the 80 KN load-
1
150 KN
50 KN
120 KN 80 KN
= $$
4 m
6 m
2m

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