FDM Application to Heat Transfer Problem For the homogenous and isotropic material (k = 50 W/(mK)) shown below (assume n

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Fdm Application To Heat Transfer Problem For The Homogenous And Isotropic Material K 50 W Mk Shown Below Assume N 1 (100.42 KiB) Viewed 22 times

FDM Application to Heat Transfer Problem For the homogenous and isotropic material (k = 50 W/(mK)) shown below (assume no heat generation and is a steady state system), use the given mesh (consider a 1 m depth into the page) and apply heat equation and FDM to a. construct the systems of equations of the temperature field and b. determine the nodal temperatures (you may use Matlab or calculator). Hint: This is a 2D system but temperature results will be one dimensional. Insulated surface, q = 0 10 11 Convection Tair = 10°C q' = 100 W/cm h = 50 W/(m²K) 4 1.5 cm 8 5 12 9 6 1 cm 2 3 Insulated surface, q = 0