IMST-ART
Advanced Refrigeration Technologies
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Related Papers
Document Title Read Analysis of segment-by-segment Ɛ-NTU modelling of a minichannel CO2 gas cooler. 
Influence of the source and sink temperatures on the optimal refrigerant charge of a water-to-water heat pump. Comparison of different refrigerant circuit layouts for two condensers with air and water as heat sinks. Estudio numérico sobre la influencia de la circuitería del refrigerante de un intercambiador de tubos y aletas usando “IMST-ART”. Influence of the source and sink temperatures on the optimal refrigerant charge of a water-to-water heat pump
Calculation of refrigerant properties by linear interpolation of bidimensional meshes. Optimized design of a heat exchanger for an air-to-water reversible heat pump working with propane (R290) as refrigerant: Modelling analysis and experimental observations. Study about the flashing process through a metering expansion valve. Numerical calculation of mass flow rate in capillary tubes using ‘ART’. Modelo de cálculo de ciclos de compresión de valor simple,’ART’. ‘ART’ a computer code to assist the design of refrigeration and a/c equipment. Modelado de sistemas de refrigeración por compresión de vapor. Semi-Explicit Method for wall temperature linked equations(SEWTLE). Modelling of compact evaporators and condensers. Modelling of tube and fin coils working as evaporator or condenser. Simulation of an air-to-water reversible heat pump. 
