SITUATION: You are free to decide on what method to use. A beam 3 meters long us simply supported beam carries a downward vertical load of 300 N at a point 2m from the left support. use E=50GPA, I =1x106 mm Determine the following: (2 decimals for non-whole numbers) (a) distance of maximum deflection from left support, d max = 1.63 meters (b) maximum Ely value = N-m (c) actual maximum downward deflection in mm using given EI, Ymax = mm (absolute value, 2 decimals) (d) actual midspan downward deflection in mm using given El, Ymid = mm (absolute value, s decimals) (e) actual rotation or slope angle (in degrees) at the right support using given EI, y' = degrees

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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SITUATION: You are free to decide on what method to use.
A beam 3 meters long us simply supported beam carries a downward vertical load of 300 N at a point 2m from the left support. use E=50GPA, I =1x106 mm
Determine the following: (2 decimals for non-whole numbers)
(a) distance of maximum deflection from left support, d max =
1.63
meters
(b) maximum Ely value =
N-m3
(c) actual maximum downward deflection in mm using given EI, Ymax =
mm (absolute value, 2 decimals)
(d) actual midspan downward deflection in mm using given El, Ymid =
mm (absolute value, s decimals)
(e) actual rotation or slope angle (in degrees) at the right support using given El, y' =
degrees
Transcribed Image Text:SITUATION: You are free to decide on what method to use. A beam 3 meters long us simply supported beam carries a downward vertical load of 300 N at a point 2m from the left support. use E=50GPA, I =1x106 mm Determine the following: (2 decimals for non-whole numbers) (a) distance of maximum deflection from left support, d max = 1.63 meters (b) maximum Ely value = N-m3 (c) actual maximum downward deflection in mm using given EI, Ymax = mm (absolute value, 2 decimals) (d) actual midspan downward deflection in mm using given El, Ymid = mm (absolute value, s decimals) (e) actual rotation or slope angle (in degrees) at the right support using given El, y' = degrees
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