An advanced nonlinear switched heat exchanger model for vapor compression cycles using the moving-boundary method

Keyphrases

• Heat Exchanger Model 100%
• Vapor Compression Cycle 100%
• Moving Boundary Method 100%
• Management Devices 50%
• Flow Regime 50%
• Human-in-the-loop 50%
• Steady State 50%
• Control Algorithm 50%
• Computationally Efficient 50%
• Continuity Equation 50%
• Accuracy Improvement 50%
• Simulation Test 50%
• Wall Temperature 50%
• Diagnostic Algorithm 50%
• Heat Exchanger Performance 50%
• Integral Form 50%
• Energy Equation 50%
• Operating Range 50%
• Non-circular 50%
• Lumped Parameter 50%
• Moving Boundary Model 50%
• Transient State 50%
• Moving Boundary 50%
• Current Form 50%
• Finite Volume Model 50%
• Cross-flow Heat Exchanger 50%
• Finned Surface 50%
• Real-time Capability 50%
• Competing Needs 50%
• Heat Management 50%
• Rezoning 50%
• Chiller System 50%
• Air Temperature Distribution 50%
• Parameter on the Boundary 50%

Engineering

• Exchanger 100%
• Vapor Compression 100%
• Transients 25%
• Flow Regime 25%
• Boundary Model 25%
• Integral Form 25%
• Operating Range 25%
• Energy Equation 25%
• Lumped Parameter 25%
• Chiller 25%
• Diagnostic Algorithm 25%
• Control Algorithm 25%
• Continuity Equation 25%
• Air Temperature Distribution 25%

Chemical Engineering

• Temperature Distribution 100%