Analyze the loaded beam using Castigliano's theorem. The beam is loaded with P = 38 kN, it has length of L = 9m and El =
Posted: Tue May 24, 2022 9:38 am
question is broken down into sub-steps which you need to answer correctly describing the exact method you need to follow. B C
a) Calculate the moment M at x = 3.5 m in kN.m from point A [2 marks] Calculate the moment M at x = 1.5 m in kN.m from point C [2 marks] The slope 8c at C in degrees [3 marks] The deflection Ac at C in mm [3 marks] C d)
Analyze the loaded beam using Castigliano's theorem. The beam is loaded with P = 38 kN, it has length of L = 9m and El = 5.1x107 N.m² Hint: Only substitute the above values after completing all calculations. You have to write down the correct direction of forces by either a (-) for the negative direction or (+) for the positive direction. Answer the with correct magnitudes with respect to the SI units being asked. You have to use the standard convention. The full a) Calculate the moment M at x = 3.5 m in kN.m from point A [2 marks] Calculate the moment M at x = 1.5 m in kN.m from point C [2 marks] The slope 8c at C in degrees [3 marks] The deflection Ac at C in mm [3 marks] C d)