MODELING AND SIMULATION OF HAIR PIN HEAT EXCHANGER - TEJA, ARUN BHARGAV
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In this book, Nano Fluid is mixed with base fluid water are calculated for their combination properties. The Nano fluids are Titanium nitride, Magnesium Oxide, and Silver Nano particle at different volume fractions such as 0.15%, 0.25%, 0.35%, 0.45%. Theoretical calculations are done determine the properties for Nano fluids and those properties are used as inputs for analysis.By observing the CFD analysis results the heat transfer rate and heat transfer coefficient values more at magnesium oxide Nano particle with volume fraction 0.45%.By observing the thermal analysis results the heat flux…mehr

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Produktbeschreibung
In this book, Nano Fluid is mixed with base fluid water are calculated for their combination properties. The Nano fluids are Titanium nitride, Magnesium Oxide, and Silver Nano particle at different volume fractions such as 0.15%, 0.25%, 0.35%, 0.45%. Theoretical calculations are done determine the properties for Nano fluids and those properties are used as inputs for analysis.By observing the CFD analysis results the heat transfer rate and heat transfer coefficient values more at magnesium oxide Nano particle with volume fraction 0.45%.By observing the thermal analysis results the heat flux value more at copper when we compared to Aluminum alloy 7475 material.
Autorenporträt
Mi nombre es Poddu. Arun Bhargav Teja, he publicado dos artículos, uno en SAE [Society of Automotive Engineer's] y otro en una revista de renombre. Me interesa trabajar en la industria del automóvil o en centrales térmicas. Por lo tanto, en este camino hice mi investigación sobre uno de los temas en este libro.