1. For the one-dimensional rod shown in Figure P13–2 (insulated except at the ends), determine the..
1. For the one-dimensional rod shown in Figure P13–2 (insulated save at the ends), designate the latitudes at L/3, 2L/3, and L. Let Kxx = 3 Btu/(h.-in.-F), h = 1:0 Btu/(h-in2- F), and Ty = 0 F. The latitude at the left end is 200 F.
2. A rod delay conformable cross-sectional area of 2 in2 and enthusiastic conductivity of 3 Btu/ (h-in.-F) has passion progress in the x direction only (Figure P13–3). The fit end is insulated. The left end is maintained at 50 F, and the method has the linearly orderly passion substitution shown.
Use a two-element example and affect the latitude at the node points and the passion progress at the left article.