Use the virtual work method to find the horizontal movement at E, knowing that member AB is 5mm too short andmembers AF, FG, GH, HE have an increase in temperature of 15°C. Knowing that the coefficient of thermal expansion forthe truss material is 1.2x105/°C. The truss system has pin support at A and roller support at E.75 kN100 kN(3000 mm2)* (3000 mm2)(2000 mm?)9 m(3000 mm2)mm²)(2000 mm2)mm2)(3000 mm2)(2000(2000E(3000 mm2)B(3000 mm2) C(3000 mm²)D(3000 mm?)4 at 6 m = 24 mE = 200 GPa(3000 mm2)

MEMBER : BF,FC,GC,HD,CH ARE ZERO FORCE MEMBER APPLYING VIRTUAL LOAD AT E THAT IS 1KN AND CALCULATING…

Use the virtual work method to find the horizontal movement at E, knowing that member AB is 5mm too short and members AF, FG, GH, HE have an increase in temperature of 15°C. Knowing that the coefficient of thermal expansion for the truss material is 1.2x10$/°C. The truss system has pin support at A and roller support at E.

Use the virtual work method to find the horizontal movement at E, knowing that member AB is 5mm too short and members AF, FG, GH, HE have an increase in temperature of 15°C. Knowing that the coefficient of thermal expansion for the truss material is 1.2x10$/°C. The truss system has pin support at A and roller support at E.

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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