For the beam that is depicted below is subjected to a distributed load w, concentrated load P and concentrated moment Mo. The length is specified L= 10 meters. The cross section is represented by an l-beam. Material is aluminum; vield stress= 276 MPa; E= 69.9 GPa; required safety factor is k= 1.5. The allowable displacement valow- L/500. Design the beam so that it satisfies strength condition, as well as stiffness condition. The moments of inertia of l-beams are given on pages 806-807 of the textbook, the number s is your serial number. Note: don't forget to depict FBD. Write equations to determine reactions. Use singularity Functions, not the superposition principle. Please do not use SKYCIV software.

For the beam that is depicted below is subjected to a distributed load w, concentrated load P and concentrated moment Mo. The length is specified L= 10 meters. The cross section is represented by an l-beam. Material is aluminum; vield stress= 276 MPa; E= 69.9 GPa; required safety factor is k= 1.5. The allowable displacement valow- L/500. Design the beam so that it satisfies strength condition, as well as stiffness condition. The moments of inertia of l-beams are given on pages 806-807 of the textbook, the number s is your serial number. Note: don't forget to depict FBD. Write equations to determine reactions. Use singularity Functions, not the superposition principle. Please do not use SKYCIV software.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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