Two concentrated loads of 100 kN and 200 kN advance along a girder with a 20-metre span, the distance between the loads being 8 metres. Find the position of the section that has to support the greatest bending moment, and calculate the value of the bending moment. Please show a solution of the answer 1128 kNm at 10.3 m from one end.
Two concentrated loads of 100 kN and 200 kN advance along a girder with a 20-metre span, the distance between the loads being 8 metres. Find the position of the section that has to support the greatest bending moment, and calculate the value of the bending moment. Please show a solution of the answer 1128 kNm at 10.3 m from one end.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Two concentrated loads of 100 kN and 200 kN advance along a girder with a 20-metre
span, the distance between the loads being 8 metres. Find the position of the section that has to
support the greatest bending moment, and calculate the value of the bending moment. Please show a solution of the answer 1128 kNm at 10.3 m from one end.
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