Design of a test ejector cooling system
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Design of a test ejector cooling system, by adapting a mathematical model of the ejector and designing the thermodynamic cycle and optimizing the cycle parameters to get high performance and selecting the components (heat exchangers, pump and expansion valve) to complete the cycle.
Design of a test ejector cooling system, by adapting a mathematical model of the ejector and designing the thermodynamic cycle and optimizing the cycle parameters to get high performance and selecting the components (heat exchangers, pump and expansion valve) to complete the cycle.
Design of a test ejector cooling system, by adapting a mathematical model of the ejector and designing the thermodynamic cycle and optimizing the cycle parameters to get high performance and selecting the components (heat exchangers, pump and expansion valve) to complete the cycle.
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Ejector, cooling, system, design, optimize, motive, flow, refrigeration, primary, secondary, mathematical, model, results, COP, performance, pressure, temperature, mach, heat, thermodynamic, energy, thermal, power, generate, automotive, industry, heat exchanger, pump, expansion, valve, refrigerant, application, Ejector, cooling, system, design, optimize, motive, flow, refrigeration, primary, secondary, mathematical, model, results, COP, performance, pressure, temperature, mach, heat, thermodynamic, energy, thermal, power, generate, automotive, industry, heat exchanger, pump, expansion, valve, refrigerant, application