I Steady two-dimensional heat conduction takes place in the body shown in the figure below. The...

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I Steady two-dimensional heat conduction takes place in the body shown in the figure below. The normal temperature gradients over surfaces P ат and can be considered to be uniform. The temperature gradient ax at surface Q is equal to 10 k/m. Surfaces P and Q are maintained at constant temperatures as shown in the figure, while the remaining part of the boundary is insulated. The body has a constant thermal ƏT ат conductivity of 0.1 W/m.K. The values of and at surface P are: ax ду O a OC 1.m ar Od. ƏT ax ar 2x 2m Surface P, 100°C =OK/m, Surface Q, O'C = 20K/m, =OK/m 10K/m, OK/m, ƏT ar X ar by ar by =10k/m = 10K/m = 20K/m I Steady two-dimensional heat conduction takes place in the body shown in the figure below. The normal temperature gradients over surfaces P ат and can be considered to be uniform. The temperature gradient ax at surface Q is equal to 10 k/m. Surfaces P and Q are maintained at constant temperatures as shown in the figure, while the remaining part of the boundary is insulated. The body has a constant thermal ƏT ат conductivity of 0.1 W/m.K. The values of and at surface P are: ax ду O a OC 1.m ar Od. ƏT ax ar 2x 2m Surface P, 100°C =OK/m, Surface Q, O'C = 20K/m, =OK/m 10K/m, OK/m, ƏT ar X ar by ar by =10k/m = 10K/m = 20K/m

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