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quare beam (w=0.03 m) is loaded with a point load of 1000 N and a moment load of 1000 Nm, as shown. i. Determine maximum deflection of the beam using step by step analytical equations.  ii. Determine the Maximum stress in the beam using step by step analytical equations  iii. For both top fibers and bottom fibers of the square beam, specify the type of the stresses.

quare beam (w=0.03 m) is loaded with a point load of 1000 N and a moment load of 1000 Nm, as shown. i. Determine maximum deflection of the beam using step by step analytical equations.  ii. Determine the Maximum stress in the beam using step by step analytical equations  iii. For both top fibers and bottom fibers of the square beam, specify the type of the stresses.

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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A square beam (w=0.03 m) is loaded with a point load of 1000 N and a moment load of 1000 Nm, as shown.

i. Determine maximum deflection of the beam using step by step analytical equations. 

ii. Determine the Maximum stress in the beam using step by step analytical equations 

iii. For both top fibers and bottom fibers of the square beam, specify the type of the stresses. 

A square beam (w=0.03 m) is loaded with a point load of 1000 N and a moment load of 1000 Nm, as shown. 1000 N 1000 Nm B 2 m 1 m i. Determine maximum deflection of the beam using step by step analytical equations. ii. Determine the Maximum stress in the beam using step by step analytical equations ii. For both top fibers and bottom fibers of the square beam, specify the type of the stresses.
Transcribed Image Text:A square beam (w=0.03 m) is loaded with a point load of 1000 N and a moment load of 1000 Nm, as shown. 1000 N 1000 Nm B 2 m 1 m i. Determine maximum deflection of the beam using step by step analytical equations. ii. Determine the Maximum stress in the beam using step by step analytical equations ii. For both top fibers and bottom fibers of the square beam, specify the type of the stresses.
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