1. Figure 1 shows a frame subjected to a concentrated moment of ( M ) at point ( B ), a uniformly distributed load of ( w ) acting vertically along span ( B C ) and a point load of ( P ) at mid-span of span ( A B ). Use the virtual work method to determine the slope at ( mathrm{A} ) and displacement at ( mathrm{C} ) along the inc solutionspile.com

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1. Figure 1 shows a frame subjected to a concentrated moment of  ( M  ) at point  ( B  ), a uniformly distributed load of  ( w  ) acting vertically along span  ( B C  ) and a point load of  ( P  ) at mid-span of span  ( A B  ). Use the virtual work method to determine the slope at  (  mathrm{A}  ) and displacement at  (  mathrm{C}  ) along the inclined plane  (  mathrm{BC}  ) (  ( x  )-axis). Take  ( E=200  mathrm{GPa}  ) and  ( I=100  times 10^{6}  mathrm{~mm}^{4}  ). Ignore the axial work. The values of all applied loads are given in Table  ( 1 .  ) [20 marks] Figure 1  SULIT  ( -3-  ) EAS254 Note: If your index number is 50038, use  ( P=27.5  mathrm{kN}, w=11.5  mathrm{kN} /  mathrm{m}  ) and  ( M=27.5  )  (  mathrm{kNm}  ). solutionspile.com

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(Solved): 1. Figure 1 shows a frame subjected to a concentrated moment of \( M \) at point \( B \), a uniform ...

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