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You may use Matlab or any other computer code, but the procedure

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Added on  2019-09-25

You may use Matlab or any other computer code, but the procedure

   Added on 2019-09-25

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(You may use Matlab or any other computer code, but the procedure must be given indetail in the report)Question:Consider the simplest problem of a 1D bar of uniform cross-section, as shown inFigure 1. The bar is of length 1l and section area 1A. It is subjected to a uniformbody force 1b. The young’s modulus of the material is0.1E. Obtain solutionsin terms of displacement, strain, stress and strain energy, using the following methods:1.The analytical (exact) method. 2.FEM, using two equal-length linear elements. Discussion the FEM solutionwith the analytic solution, in terms of important properties. 3.CS-FEM, using two equal-length linear elements and cell-based smoothing(CS) domains. Discuss the CS-FEM solution with the linear FEM and theanalytic solutions, in terms of important properties. 4.NS-FEM, using two equal-length linear elements and node-based smoothing(NS) domains. Discuss the NS-FEM solution with the linear FEM and theanalytic solutions, in terms of important properties. 5.CS/NS-FEM (or FEM), using two equal-length linear elements andcombined CS and NS domains. You may use a parameter to control thedomain size of NS and CS domains. Discuss the solution with the linear FEM,in terms of important properties. 6.Built a computer code and repeat the above using 25, 50, and 100 elements. 7.Discuss about the results obtained. Figure 1xb1
You may use Matlab or any other computer code, but the procedure_1

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