Problem 6: Use element matrices potential energy formulations to solve the beam problem shown in Figure.5. Findnodal displacement values. Make sure to construct the grid information table and one-dimensional elements'line/mesh with appropriate labeling, numbering and displacement, loads nodal points.Steel: E = 14(105) N/cm²A = 20 cm?A = 14 cm?35500 NST=14°C20000 Na = 11(10-6)/C85 cm85-70Figure.4: Beam under axial loads

Given that, E=14×106 N/cm2δT=14 °C,α=11×10-6 /°C, Finite element equation, F1F2=AEL1-1-11u1u2For…

roblem 6: Use element matrices potential energy formulations to solve the beam problem shown in Figure.5. dal displacement values. Make sure to construct the grid information table and one-dimensional elements e/mesh with appropriate labeling, numbering and displacement, loads nodal points.

roblem 6: Use element matrices potential energy formulations to solve the beam problem shown in Figure.5. dal displacement values. Make sure to construct the grid information table and one-dimensional elements e/mesh with appropriate labeling, numbering and displacement, loads nodal points.

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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