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(Solved): Assume a 1-D wall which has a constant internal energy generation rate 4gen and temperature distribu ...
Assume a 1-D wall which has a constant internal energy generation rate 4gen and temperature distribution as: T(x) = a +bx+c*x² W m.K' The cross-section area of this wall is 1 m², the thickness of the wall is 0.04 m, and the physical properties of wall is as: Kwall = 5- The surface at x = 0 has a constant temperature of T(0) = 130°C, and a constant heat rate to surrounding as à(0) = -50000 W. The surface at x = 0.04 is well insulated (q(0.04) = 0 W). Under the steady state conditions, find out: (a). The energy genertion rate agen (b). The values of a, b, and c (c). The temperature at x=0.04; A-1 m^2 7(x)= a+bx+c². 4(0) = 50000 W L=0.04 m Figure 2 Well Insulated
Assume a I-D wall which has a constant internal energy generation rate and temperature distribution as: The cross-section area of this wall is , the thickness of the wall is , and the physical properties of wall is as: . The surface at has a constant temperature of , and a constant heat rate to surrounding as . The surface at is well insulated . Under the steady state conditions, find out: (a). The energy genertion rate (b). The values of a, b, and c (c). The temperature at ;