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Additional info for Heat Transfer in Single and Multiphase Systems (The CRC Press Series in Mechanical and Aerospace Engineering)
Sample text
Problems 1. Suppose that you touched and held two different materials, such as a piece of steel and a piece of wood, that were both initially at the same subzero temperature. Would either material ‘‘feel’’ colder than the other? Explain your response. © 2003 by CRC Press LLC 26 2. Heat Transfer in Single and Multiphase Systems The heat loss through a common brick wall in a building is 1800 W. 22 m, respectively. If the inside temperature of the wall is 228C, find the outside surface temperature of the wall.
The local convection coefficient refers to the value of h at a particular point along the surface, whereas the average or total heat transfer coefficient refers to an integrated value around the surface. A useful example indicating the differences between local and average convection coefficients is external flow past a circular cylinder. If we define as the angle from the upstream stagnation point around the circumference of the conductor, then a clear angular variation of h may be observed with : In particular, h decreases with on the upstream side as the boundary layer thickness grows, thereby reducing the gradient of temperature and heat transfer through the boundary layer.
Give the one-dimensional governing and boundary conditions for this problem and find the steady-state temperature of the fluid Á/solid boundary. Explain how the heat flux at this boundary and the other insulated boundary varies with time. In this problem, the governing and boundary conditions are given by 1 @T a @t 0 @T @x (k @T @x j @ 2T @x 2 j ' q˙ § k 00 (2:13) (2:14) 0 0 h[Ts (L; t)(Tf ] (2:15) L Also, the initial condition for this problem is that the temperature is Tf at t 0/0. 13) can be solved subject to the boundary conditions to find the steady-state temperature at x 0/L .
