A composite bar consist of a core snuggly fitting inside a tube. A force F is applied to the ends of the bar.Part of the force is carried by the tube and part of the force is carried by the core. The tube and the core have equal elongation.Calculate the elongation of the composite bar (8).L→F15Your unique values to use are (everybody will get different values for every question):F45,000 NL0.8 m400 mm²150 mm²205 GPa140 GPaACOREATUBEECOREETUBEYour mihe haced entirely on t+ from holow

Answered: sist of a core snuggly fitting inside a…

sist of a core snuggly fitting inside a tube. rried by the tube and part of the force is ca tion of the composite bar (8). 6

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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PROBLEM O1: A loadP compresses the bronze core, brass, and steel shell as shown in the figure, which have a length L=5.0". Knowing that moduli of elasticity of the bronze, brass and steel are EBR=14.5x106 psi, EB=15x106 psi and Es=30x106 psi, respectively. The diameters are D1=0.24", D2=0.27", D3=0.34", D4=0.37", and Ds=0.40". Determine the load P that will shorten the assembly by 0.004 in. P -STEEL SHELL BRASS TI || BRONZE CORE || || || || || D D D || || || Ds
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