Q2 For the beam shown: (a) Use the stiffness method to determine all the reactions at supports. (b) Draw the quantitative free-body diagram of member. (e) Draw the quantitative shear diagram, bending...

Q2 Fos the bearn shown: (a) Use the stiffness method to determine all fhe resctions at supports, (b) Dras the quantitative free-body diagram of member, (€ Draw the quantitative shear diageam, bending moment disgram and qualitative deflected shape. Take J = 200(10°) mar and £ = 200 GPa.and suppon & settlement 10 mm a £ 14, - 10 &m dm dm
Q2<br>For the beam shown:<br>(a) Use the stiffness method to determine all the reactions at supports.<br>(b) Draw the quantitative free-body diagram of member.<br>(e) Draw the quantitative shear diagram, bending moment diagram<br>and qualitative deflected shape.<br>Take / = 200( 10) mm and E= 200 GPa and support 8 settlement 10 mm.<br>40 kN<br>6 kN/m<br>2EI<br>tA--10 mm<br>8 m<br>4 m 4 m<br>

Extracted text: Q2 For the beam shown: (a) Use the stiffness method to determine all the reactions at supports. (b) Draw the quantitative free-body diagram of member. (e) Draw the quantitative shear diagram, bending moment diagram and qualitative deflected shape. Take / = 200( 10) mm and E= 200 GPa and support 8 settlement 10 mm. 40 kN 6 kN/m 2EI tA--10 mm 8 m 4 m 4 m

Jun 10, 2022
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