P1 = 3000 kg P2 = 2000 kg 3 m 3 m The maximum stress allowed in any member, compressive or tensile, is 125 MPa. Density

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answerhappygod
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P1 = 3000 kg P2 = 2000 kg 3 m 3 m The maximum stress allowed in any member, compressive or tensile, is 125 MPa. Density

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P1 3000 Kg P2 2000 Kg 3 M 3 M The Maximum Stress Allowed In Any Member Compressive Or Tensile Is 125 Mpa Density 1
P1 3000 Kg P2 2000 Kg 3 M 3 M The Maximum Stress Allowed In Any Member Compressive Or Tensile Is 125 Mpa Density 1 (28.62 KiB) Viewed 13 times
P1 = 3000 kg P2 = 2000 kg 3 m 3 m The maximum stress allowed in any member, compressive or tensile, is 125 MPa. Density the material used is 7850 kg/m and Youngs Modulus, E = 200 GPa Design a 3D-Truss with pin joints throughout to transmit the forces shown. Use minimum number of members. Design the structure for minimum total structural mass, each member having a cross- section just large enough to carry its load at maximum permissible stress. Determine the vertical deflection under the load P2
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