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shows a cylinder made of two different materials with elastic modulus of E, and Ez, and uniform cross section area, A. The cylinder is subjected to forces F and P, and fixed support at one end. If the cylinder is modelled as a spring system to represent one-dimensional bar element in finite element method, i. sketch the spring system for the cylinder and derive the equilibrium equations, ii. express the equations (i) in finite element matrix formulation. E1 E2 Li A cylinder subjected to two forces

shows a cylinder made of two different materials with elastic modulus of E, and Ez, and uniform cross section area, A. The cylinder is subjected to forces F and P, and fixed support at one end. If the cylinder is modelled as a spring system to represent one-dimensional bar element in finite element method, i. sketch the spring system for the cylinder and derive the equilibrium equations, ii. express the equations (i) in finite element matrix formulation. E1 E2 Li A cylinder subjected to two forces

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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please help me to answer this question. tq

shows a cylinder made of two different materials with elastic modulus of E¡ and E2, and uniform cross section area, A. The cylinder is subjected to forces F and P, and fixed support at one end. If the cylinder is modelled as a spring system to represent one-dimensional bar element in finite element method, I i. sketch the spring system for the cylinder and derive the equilibrium equations, ii. express the equations (i) in finite element matrix formulation. E1 E2 LI L2 A cylinder subjected to two forces
Transcribed Image Text:shows a cylinder made of two different materials with elastic modulus of E¡ and E2, and uniform cross section area, A. The cylinder is subjected to forces F and P, and fixed support at one end. If the cylinder is modelled as a spring system to represent one-dimensional bar element in finite element method, I i. sketch the spring system for the cylinder and derive the equilibrium equations, ii. express the equations (i) in finite element matrix formulation. E1 E2 LI L2 A cylinder subjected to two forces
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