Enhancement of Heat Transfer in Radiator by using Nano Fluids - Softcover

Jani, Deepak; Vyas, Bipin; Parmar, Nirmal

 
9783330045156: Enhancement of Heat Transfer in Radiator by using Nano Fluids
Softcover
ISBN 10: 3330045159 ISBN 13: 9783330045156
Verlag: LAP LAMBERT Academic Publishing, 2017

Inhaltsangabe

When Internal Combustion(IC) engine is operating at full throttle, the maximum temperature reached by the burning gas may be as high as 2700ºC hence it is very important to remove continuous heat from the IC engine for its proper operation. Various technique used to remove heat from the engine, Radiator is one of the most famous method among all. It extracts heat from the engine by using coolant fluid. Recently Nano fluids, a mixture of water and suspended metallic nanoparticles, are used as a coolant fluid to improve heat transfer from the engine. Experimental set up has been prepared to measured heat transfer rate with different Nano fluid and also measured the effect of mass flow rate of coolant on heat transfer rate. During experiment, water used as coolant and experimental result for heat transfer has been compared with empirical co-relation given by Gnielinsky. Further experiment has been carried out with different Nano fluids i.e. Al2O3 and CuO and effect of mass flow rate on heat transfer rate is measured and compared with water. Results shows that with increase in mass flow rate of coolant and concentration ratio of nano fluid, heat transfer rate can be improved.

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Reseña del editor

When Internal Combustion(IC) engine is operating at full throttle, the maximum temperature reached by the burning gas may be as high as 2700ºC hence it is very important to remove continuous heat from the IC engine for its proper operation. Various technique used to remove heat from the engine, Radiator is one of the most famous method among all. It extracts heat from the engine by using coolant fluid. Recently Nano fluids, a mixture of water and suspended metallic nanoparticles, are used as a coolant fluid to improve heat transfer from the engine. Experimental set up has been prepared to measured heat transfer rate with different Nano fluid and also measured the effect of mass flow rate of coolant on heat transfer rate. During experiment, water used as coolant and experimental result for heat transfer has been compared with empirical co-relation given by Gnielinsky. Further experiment has been carried out with different Nano fluids i.e. Al2O3 and CuO and effect of mass flow rate on heat transfer rate is measured and compared with water. Results shows that with increase in mass flow rate of coolant and concentration ratio of nano fluid, heat transfer rate can be improved.

Biografía del autor

Deepak S Jani is presently serving as a lecturer in Faculty of Weapon Technology, EME School,India. He received the Master of Engineering in Mechanical with specialization in Thermal engineering from Kadi Sarva Vishwavidyalaya, Gujarat. He has Published 13 Research paper in National/International level. He is a reviewer of IJFTE, AD Publication.

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Verlag
LAP LAMBERT Academic Publishing
Erscheinungsdatum
2017
Sprache
Englisch
ISBN 10 
3330045159
ISBN 13 
9783330045156
Einband
Tapa blanda
Anzahl der Seiten
92
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