Our University wants to construct a signal post near the entrance, for which they are in need of a horizontal structural element with one end fixed and other end is free. That is to be made up of flexible composite material. The maximum allowable load at free end is 900 kN. The lenath of the horizontal structural element is 2.2 m. The cross section of the beam is a hollow circular section. Outer diameter 200 mm with wall thickness of 20 mm. Find the deflection at the free end and maximum slope in beam by neglecting self-weight of the diving board. Take Young's Modulus as 170 GPa.
Our University wants to construct a signal post near the entrance, for which they are in need of a horizontal structural element with one end fixed and other end is free. That is to be made up of flexible composite material. The maximum allowable load at free end is 900 kN. The lenath of the horizontal structural element is 2.2 m. The cross section of the beam is a hollow circular section. Outer diameter 200 mm with wall thickness of 20 mm. Find the deflection at the free end and maximum slope in beam by neglecting self-weight of the diving board. Take Young's Modulus as 170 GPa.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Our University wants to construct a signal post near the entrance, for which they are in need of a horizontal structural element with one end
fixed and other end is free. That is to be made up of flexible composite material. The maximum allowable load at free end is 900 kN. The
lenath of the horizontal structural element is 2.2 m. The cross section of the beam is a hollow circular section. Outer diameter 200 mm with
wall thickness of 20 mm. Find the deflection at the free end and maximum slope in beam by neglecting self-weight of the diving board.
Take Young's Modulus as 170 GPa.
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