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HEAT EXCHANGER BETWEEN NEWTONIAN VISCOUS FLUIDS, WITH FLAT SURFACES, WITHOUT PHASE CHANGE, IN LAMINAR FLOW REGIME
Journal: ANNALS OF THE UNIVERSITY of ORADEA Fascicle of Management and Technological Engineering (Vol.24, No. 1)Publication Date: 2015-o5-31
Authors : Radu TARULESCU; Liviu COSTIUC; Victor BENCHE;
Page : 33-36
Keywords : flow; heat; laminar; resistance;
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- HEAT EXCHANGER BETWEEN NEWTONIAN VISCOUS FLUIDS, WITH FLAT SURFACES, WITHOUT PHASE CHANGE, IN LAMINAR FLOW REGIME
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Abstract
The paper analyzes systems of heat and mass transfer, with heat exchangers of flat surfaces, rectangular, with two liquid thermal agents. The liquids are viscous, slow, and the flows are laminar, type Hagen - Poiseuille or Bingham. It is studied, theoretical and applied, a heat exchanger "in plates" used as a cooler (radiator) or a recovery system, main thermal agent circulating in a closed system with recirculation, assisted by thermo-siphoning.
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Last modified: 2016-06-18 03:34:15