Problem brief. #1 A rectangular steel beam with an overall length of L m is simply...

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Problem brief. #1 A rectangular steel beam with an overall length of L m is simply supported at each end. At mid section the beam carries a point load of T tonnes. The mass of the beam constitutes a udl with a value of w Kg/m. If:- a. The beam is classed as simply supported Young's modulus of elasticity E for the material is 200 GPa The Tensile strength (UTS) beam = TS N/mm For P2. Provide a full set of calculations using the data given below to find:- a. the maximum stress due to bending the factor of safety in operation the minimum radius of curvature b. C. b. C. Data for P2 & M2 wwwwwww. Student data Length L 1 23 m 6.5 12 4 Point load T tonne 10 12 72 udl W kg m-1 7 9 80 E GPa 53381 200 200 200 TS N/mm 500 600 780 Width b mm 100 68 130 Depth d mm 400 272 520 Problem brief. #1 A rectangular steel beam with an overall length of L m is simply supported at each end. At mid section the beam carries a point load of T tonnes. The mass of the beam constitutes a udl with a value of w Kg/m. If:- a. The beam is classed as simply supported Young's modulus of elasticity E for the material is 200 GPa The Tensile strength (UTS) beam = TS N/mm For P2. Provide a full set of calculations using the data given below to find:- a. the maximum stress due to bending the factor of safety in operation the minimum radius of curvature b. C. b. C. Data for P2 & M2 wwwwwww. Student data Length L 1 23 m 6.5 12 4 Point load T tonne 10 12 72 udl W kg m-1 7 9 80 E GPa 53381 200 200 200 TS N/mm 500 600 780 Width b mm 100 68 130 Depth d mm 400 272 520