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作者:R.S.Mishra
来源:[J].International Journal of Research in Engineering and Innovation, 2017, Vol.1 (6)Meerut Institute of Technology
摘要:This paper mainly deals the performance of two stage (R1234ze-R1234yf) cascade refrigeration system. The effect of condenser temperature of the high temperature circuit on the thermodynamic first law and second law performances of a two stages cascade vapour compression syst...
作者:R.S.Mishra
来源:[J].International Journal of Research in Engineering and Innovation, 2018, Vol.2 (4)Meerut Institute of Technology
摘要:In this paper, nanoparticle based refrigerant has been used to increase the heat transfer performance of base refrigerant in the vapour compression refrigeration system. Many types of solid and oxide materials could be used as the nanoparticles to be suspended into the convention...
作者:R.S.Mishra
来源:[J].International Journal of Research in Engineering and Innovation, 2019, Vol.3 (1)Meerut Institute of Technology
摘要:Solar thermal power energy and waste heat from different power plants have immense application potential for production of refrigeration through combined vapour compression–absorption refrigeration systems. The aim of this work is to develop an integrated solar refrigeration...
作者:R.S.Mishra
来源:[J].International Journal of Research in Engineering and Innovation, 2017, Vol.1 (6)Meerut Institute of Technology
摘要:The present paper presents thermodynamic performance of two stage cascade vapour compression refrigeration system which circulates a refrigerant comprising a fluoroolefin (R1234ze) in the high temperature circuit .This cascade refrigeration system includes a low temperature refri...
作者:R.S.Mishra
来源:[J].International Journal of Research in Engineering and Innovation, 2017, Vol.1 (6)Meerut Institute of Technology
摘要:Although the nanorefrigerants have been extensively studied over the years, there still remains is left is the application of Nano refrigerants in the vapour compression refrigeration cycle. This paper presents the effect of nanoparticles on the thermodynamic performance of a ref...
作者:R.S.Mishra
来源:[J].International Journal of Research in Engineering and Innovation, 2018, Vol.2 (5)Meerut Institute of Technology
摘要:The most commonly-used method for analysis of an energy-conversion process is the first law of thermodynamics. But in the recent decades, the exergetic performance based on the second law of thermodynamics has found as useful method in the design, evaluation, optimization and imp...
作者:R.S.Mishra
来源:[J].International Journal of Research in Engineering and Innovation, 2018, Vol.2 (5)Meerut Institute of Technology
摘要:Due to economic growth, population growth and improved living standards the annual energy consumption behavior and demand is steadily increasing. Presently, major demands of cooling and heating applications are met out by the conventional vapor compression systems.The recent glob...
作者:R.S.Mishra
来源:[J].International Journal of Research in Engineering and Innovation, 2019, Vol.3 (1)Meerut Institute of Technology
摘要:In the most of industrial processes, the waste heat energy increases production cost. Using this waste heat to produce power or cooling can decrease the costs and increases the thermo-economic efficiency of the industrial systems. A growing need for refrigeration in industry due ...
作者:R.S.Mishra
来源:[J].International Journal of Research in Engineering and Innovation, 2018, Vol.2 (4)Meerut Institute of Technology
摘要:In this paper, thermal model consisting of energy-exergy- analysis for variable speed compressor vapour refrigeration system is developed for using ecofriendly refrigerants was developed. The experiments were conducted on the system for several days for variable brine mass flow r...
作者:R.S.Mishra
来源:[J].International Journal of Research in Engineering and Innovation, 2017, Vol.1 (5)Meerut Institute of Technology
摘要:Lot of literature review is available on vapour compression cascade refrigeration system so far. But these investigator has not optimized the performance parameters at optimum condition and also not computed optimum second law performances based on optimum performance parameters....

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