Computational analysis of intensive and extensive properties of Nano fluids
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2014, Vol 2, Issue 12
Abstract
A colloidal mixture of Nano-sized (<100 nm) particles in a base fluid called Nano-fluid, which is the new era of heat exchange fluid for different high temperature exchange applications where transport attributes are considerably higher than those of the base fluid. In the present study, the impacts because of volume fraction on thermo-physical properties (Thermal conductivity, Density, Specific Heat and Heat Capacity) for CuO,Al2O3,TiO2,Fe3O4 with water and ethylene glycol based Nanofluids are tentatively explored. The present work concentrates on thermal conductivity and heat Capacity of Nano fluids using computational analysis. Results demonstrate that thermal conductivity increments with volume fraction for different Nano fluids with different percentage-of-increment.
Authors and Affiliations
Rakesh Kumar, Mehak Hans, Rockey Tyagi
Keywords
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