Thermal Analysis of Radiator with Different Nano Fluids
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2016, Vol 4, Issue 9
Abstract
The advancement in automobile technology is increasing day to day. The efficiency of the engine depends on heat transfer rate of radiator in automobile and further it relays on flow capacity of fluids and material used in manufacturing of radiator. Mostly water is used as cooling fluid in automobile. The researchers were concentrated on different materials and found that copper and aluminium materials shows a higher heat transfer rate compare to other materials. The flow capacity and heat absorption of the fluid can be improved with the addition of Nano additives in radiator. In the current work the performance of the radiator is analysed with different Nano fluids using Pro-E and Ansys. Hence the present work is planned accordingly. Different Nano fluids i.e Aluminium Oxide, Silicon Oxide, Ethylene Glycol and Copper Oxide for volume fraction 0.3, are mixed with base fluid water are analysed for their performance in the radiator. Modelling of the radiator is done in Pro/E. The fluid flow characteristics are found using CFD analysis and with the same thermal analysis is done in Ansys for two materials Aluminium and Copper. Finally, it is concluded that the heat transfer co efficient is more for copper oxide at 0.2 volume fraction from CFD analysis. Thermal analysis is done for two materials Aluminum and Copper taking heat transfer coefficient value of aluminum oxide at 0.3 volume fraction from CFD analysis. By observing thermal analysis results, heat flux is more in Copper compared to Aluminum.
Authors and Affiliations
V. Niveditha, Dr. S. Sunil Kumar Reddy
Design, Development And Analysis Of Weed Removal Machine
Weeds are one of the major causes of loss of agricultural produce. Weeds compete with crops for essential nutrients. In agriculture, it’s a very difficult task to weed out unwanted plants manually as well as using bullo...
Human Identification System Based On Iris Scan
Biometrics includes various technologies for uniquely identifying an individual person in accordance with an examination of particular attributes of either the person’s interior or exterior eye. The technologies have ma...
slugCalculating Transmission Coefficient of Double Triangular Quantum Well under Electric Field for Different Structural Parameters
Transmission coefficient of double quantum well triple barrier structure is numerically computed for triangular geometries. Propagation matrix method (PMM) is used for computation purpose over GaAs/Al...
A Grid Interfaced Low Frequency Offshore Wind Power
OFFSHORE wind power plants are expected to represent a significant component of the future electric generation portfolio due to greater space availability and better wind energy potential in offshore locations. The inte...
Automatic mood classification of Indian Popular music
Music has been an inherent part of human life when it comes to recreation; entertainment and much recently, even as a therapeutic medium. The way music is composed, played and listened to has witnessed an enormous trans...