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Refrigeration & Heat Pump Cycles

Refrigeration & Heat Pump Cycles

Filter by branch: Overview Thermal Physics Engineering Thermodynamics

The core purpose of the refrigeration cycle (absorbing heat from a low-temperature heat source and discharging it to a high-temperature heat source)

Coefficient of Performance for Refrigeration and Heat Pumps: Definition and Calculation

Vapor-compression refrigeration cycle components (isothermal compression, constant pressure heat rejection, throttling expansion, constant pressure heat absorption)

T-s diagram, p-h diagram drawing and parameter calculation for vapor-compression refrigeration cycles

Selection Requirements and Common Types of Refrigerants

Factors of Irreversible Loss in Actual Vapor Compression Refrigeration Cycles (Throttling Loss, Compression Loss)

Absorption Refrigeration Cycle Principle (Heat-Driven)

Components of an Absorption Refrigeration Cycle and Energy Conversion Process

Comparison of Applicable Scenarios for Vapor-Compression and Absorption Refrigeration Cycles

Energy-Efficient Optimization of a Refrigeration Cycle

Reverse Carnot Cycle and Refrigeration Coefficient

Principles of the Vapor Compression Refrigeration Cycle

Absorption Refrigeration Cycle

Analysis of the Coefficient of Performance for Heat Pump Systems

Selection of Refrigerant Properties

Home Air Conditioning and Commercial Refrigeration Systems

Low-Temperature Refrigeration Technology (Liquefied Gases)

Principles of Vapor Compression Refrigeration Cycle

COPEER

Introduction to Absorption Refrigeration Cycle

Theoretical Limit of the Reverse Carnot Cycle

Applications of the Folded-Stack Refrigeration System

Similarities and Differences Between Heat Pump and Refrigeration Cycles

Principle of Steam Jet Refrigeration Cycle

Engineering Thermodynamics

Engineering Thermodynamics Fundamentals and System Concepts Power Generation Cycles Thermodynamic Systems and State Parameters Heat Transfer Equipment and System Optimization Advanced Thermodynamics and Special Engineering Applications Chemical and New Energy Device Thermodynamics Entropy Increase Principle and Exergy Analysis Gas Mixtures & Moist Air Second Law of Thermodynamics and Carnot Theorem Thermodynamic Basics & Properties First Law of Thermodynamics and Closed System Energy Analysis Pure Substance Properties & Charts Performance and Efficiency of Typical Thermal Equipment Second Law, Entropy & Reversibility Radiation and Convection Composite Heat Transfer Analysis Thermal System Energy Saving and Waste Heat Recovery Carnot Cycle & Efficiency Limits Advanced, Interdisciplinary & Special Apps Open System Steady-Flow Energy Equation Pure Substance Thermal Properties and Ideal Gas States Parameters and Energy Calculations of Basic Thermodynamic Processes Exergy Analysis & Optimization Thermal Equipment & Energy Conversion

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