Fabrication of A Parallel and Counter Flow Heat Exchanger - Srinivasa Rao, Dokku
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The complete design and fabrication of the parallel and counterflow heat exchanger were done. And the calculations of the double pipe heat exchanger have been done. - From the study the following conclusions have been drawn: - The overall heat transfer coefficient of the heat exchanger for counterflow was found to be U=1794.5 W/m2K - The overall heat transfer coefficient of the heat exchanger for parallel flow was found to be U=1539.1 W/m2K - From the above values, it is concluded that the heat transfer in counterflow arrangement is more than that of in parallel flow arrangement

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Produktbeschreibung
The complete design and fabrication of the parallel and counterflow heat exchanger were done. And the calculations of the double pipe heat exchanger have been done. - From the study the following conclusions have been drawn: - The overall heat transfer coefficient of the heat exchanger for counterflow was found to be U=1794.5 W/m2K - The overall heat transfer coefficient of the heat exchanger for parallel flow was found to be U=1539.1 W/m2K - From the above values, it is concluded that the heat transfer in counterflow arrangement is more than that of in parallel flow arrangement
Autorenporträt
Dokku Srinivasa Rao (Ph.D),M.Tech(CAD/CAM), B.E(Mech), D.M.E,M.I.E(India), ISHRAE(India). Doutorando pela Universidade de Andhra,M.Tech(CAD/CAM) concluído do GITAM,B.E(Mech) concluído do M.V.S.R.Engg.College, afiliado à Universidade de Osmania e D.M.E do Govt.Polytechnic College Vijayawada. Actualmente a trabalhar como Asst.Professor na ANITS Engg.College.