- For The Beam That Is Depicted Is Subjected To A Distributed Load Wo Concentrated Load P And Concentrated Moment Mo The 1 (74.99 KiB) Viewed 62 times
For the beam that is depicted is subjected to a distributed load Wo, concentrated load P and concentrated moment Mo. The length is specified L= 10 m. The cross section is circular with radius c. Material is aluminum; yield stress 276 MPa; E= 69.9 GPa; required safety factor is k= 1.5. The allowable displacement Vallow= L/400. The numbers is your serial number. Use singularity functions, not the superposition principle. Please do not use SKYCIV software. (a) Design the beam-find minimum allowable radius of cross section-- so that it satisfies strength condition, as well as stiffness condition. (b) Write resulting expression of Vy(x) and Mz(x). (c) Construct diagrams of the shear force Vy(x) and bending moment Mz(x) as well as for deflection v(x). Note: don't forget to depict FBD. Write equations to determine reactions
S+O s+20 य की