Add to ORKG© Published under licence by IOP Publishing Ltd. The paper presents a mathematical model of the cooling system with vapor-liquid compression installation modified with an additional allowance for the effect of mass flow rate of ambient air on a heat transfer in the system's heat exchanger-condenser. Also the correction factors considering the difference between the mean log and the mean arithmetic temperature pressure are introduced. The results of numerical simulation showed that the efficiency of the proposed cooling system is 149% and 200% higher than the classical at the ambient temperature plus 10°C and 50°C respectively
The paper describes a simulation model for the evaluation of heat exchanges occurring to a flow of w...
One of the indispensable technologies to produce electricity with high efficiency is using absorptio...
The heat-humidity processes of gas turbine unit intake air cooling to the temperature of above 15 °C...
© Published under licence by IOP Publishing Ltd. A mathematical model of cooling system with a vapor...
© Research India Publications. The descriptions of the structure, the principle of operation and the...
© 2019 American Institute of Physics Inc.. All rights reserved. The article describes the problem of...
In this paper, the existing methods to reduce the heat discharged by the engine were characterized a...
This paper presents a thermodynamic methodology for designing a vapor compression refrigeration syst...
This paper presents a model of the engine cooling system for high coolant temperatures developed thr...
This paper presents a model of the engine cooling system for high coolant temperatures developed thr...
The preparation of a calibrated numerical model of the electric motor and the effectiveness of the a...
Vehicle technological evolution lived, in recent years, a strong acceleration due to the increased a...
The study addresses the development of a method for the optimal design of vacuum-evaporative heat pu...
Kobalava, H. Efficiency analysis of the aerothermopressor application for intercooling between compr...
AbstractIn allusion to the problem that the superheated steam need to be cooled down by a temperatur...
The paper describes a simulation model for the evaluation of heat exchanges occurring to a flow of w...
One of the indispensable technologies to produce electricity with high efficiency is using absorptio...
The heat-humidity processes of gas turbine unit intake air cooling to the temperature of above 15 °C...
© Published under licence by IOP Publishing Ltd. A mathematical model of cooling system with a vapor...
© Research India Publications. The descriptions of the structure, the principle of operation and the...
© 2019 American Institute of Physics Inc.. All rights reserved. The article describes the problem of...
In this paper, the existing methods to reduce the heat discharged by the engine were characterized a...
This paper presents a thermodynamic methodology for designing a vapor compression refrigeration syst...
This paper presents a model of the engine cooling system for high coolant temperatures developed thr...
This paper presents a model of the engine cooling system for high coolant temperatures developed thr...
The preparation of a calibrated numerical model of the electric motor and the effectiveness of the a...
Vehicle technological evolution lived, in recent years, a strong acceleration due to the increased a...
The study addresses the development of a method for the optimal design of vacuum-evaporative heat pu...
Kobalava, H. Efficiency analysis of the aerothermopressor application for intercooling between compr...
AbstractIn allusion to the problem that the superheated steam need to be cooled down by a temperatur...
The paper describes a simulation model for the evaluation of heat exchanges occurring to a flow of w...
One of the indispensable technologies to produce electricity with high efficiency is using absorptio...
The heat-humidity processes of gas turbine unit intake air cooling to the temperature of above 15 °C...