Nonstationary Heat and Mass Exchange in the Area,
ARMY FOREIGN SCIENCE AND TECHNOLOGY CENTER CHARLOTTESVILLE VA
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The study of non-steady-state heat or mass transfer in the region of the forward stagnation point has great significance. As the results of experimental investigation of transverse flow around a cylinder show, the flow pattern in the rear zone -- namely in the neighborhood of the rear stagnation point over a certain range of Re -- is analogous to the flow in the region of the forward stagnation point. The author considers a round cylinder surrounded by a steady liquid flow field. Heat and mass transfer to the cylinder are described by equations. Two cases are of interest 1 concentration or temperature at the surface of the cylinder varies according to some arbitrary function 2 concentration or temperature change occurs discontinuously.
- Fluid Mechanics