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1. The beam shown below is to be subjected to carry a 24 kN/m dead load, 27 kN/m live load and a series of wheel loads shown. „Hinge Hinge E 125 kN 100 kN 50 kN D Lom- F2 m-– 3 m– - 4 m -4 m -6 m -6 m -3 m--3 m - a. Draw the influence line of the shear at D and determine the maximum positive and negative shear at D. b. Draw the influence line of the moment at D and determine the maximum positive and negative moment D.

1. The beam shown below is to be subjected to carry a 24 kN/m dead load, 27 kN/m live load and a series of wheel loads shown. „Hinge Hinge E 125 kN 100 kN 50 kN D Lom- F2 m-– 3 m– - 4 m -4 m -6 m -6 m -3 m--3 m - a. Draw the influence line of the shear at D and determine the maximum positive and negative shear at D. b. Draw the influence line of the moment at D and determine the maximum positive and negative moment D.

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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  1. Draw the influence line of the shear at D and determine the maximum positive and negative shear at D.
  2. Draw the influence line of the moment at D and determine the maximum positive and negative moment D.
|-3 m-3 m– 1. The beam shown below is to be subjected to carry a 24 kN/m dead load, 27 kN/m live load and a series of wheel loads shown. Hinge B Hinge E 50 kN 125 kN 100 kN D Lom to 2 m- 3 m- -4 m - 6 m 6 m- -3 m - -3 m a. Draw the influence line of the shear at D and determine the maximum positive and negative shear at D. b. Draw the influence line of the moment at D and determine the maximum positive and negative moment D.
Transcribed Image Text:|-3 m-3 m– 1. The beam shown below is to be subjected to carry a 24 kN/m dead load, 27 kN/m live load and a series of wheel loads shown. Hinge B Hinge E 50 kN 125 kN 100 kN D Lom to 2 m- 3 m- -4 m - 6 m 6 m- -3 m - -3 m a. Draw the influence line of the shear at D and determine the maximum positive and negative shear at D. b. Draw the influence line of the moment at D and determine the maximum positive and negative moment D.
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