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Given: K;= K2= 300 K3= Kş= 200 K= 500 K= 600 F1= 100 F2= 200 Where, K.( i=1 to 6) are the spring constants and F, and F2 are loads K1 K3 >F1 K2 K4 3 K5 K6 >F2 a) Apply Minimum Potential Energy method to develop system of equations. Write in the form of [K]{u} = {f} where [K] is the stiffness matrix, {u} unknowns, {f} force vector. b) Find net deformation in springs, {u} vector c) Find force in each spring. 2)

Given: K;= K2= 300 K3= Kş= 200 K= 500 K= 600 F1= 100 F2= 200 Where, K.( i=1 to 6) are the spring constants and F, and F2 are loads K1 K3 >F1 K2 K4 3 K5 K6 >F2 a) Apply Minimum Potential Energy method to develop system of equations. Write in the form of [K]{u} = {f} where [K] is the stiffness matrix, {u} unknowns, {f} force vector. b) Find net deformation in springs, {u} vector c) Find force in each spring. 2)

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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Given: K;= K2= 300 K3= Kş= 200 K= 500 K= 600 F1= 100 F2= 200 Where, K.( i=1 to 6) are the spring constants and F, and F2 are loads K1 K3 >F1 K2 K4 3 K5 K6 >F2 a) Apply Minimum Potential Energy method to develop system of equations. Write in the form of [K]{u} = {f} where [K] is the stiffness matrix, {u} unknowns, {f} force vector. b) Find net deformation in springs, {u} vector c) Find force in each spring. 2)
Transcribed Image Text:Given: K;= K2= 300 K3= Kş= 200 K= 500 K= 600 F1= 100 F2= 200 Where, K.( i=1 to 6) are the spring constants and F, and F2 are loads K1 K3 >F1 K2 K4 3 K5 K6 >F2 a) Apply Minimum Potential Energy method to develop system of equations. Write in the form of [K]{u} = {f} where [K] is the stiffness matrix, {u} unknowns, {f} force vector. b) Find net deformation in springs, {u} vector c) Find force in each spring. 2)
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