Analysis of a compact heat exchanger using porous media cooling for use in a SCO2 rankine cycle

Keyphrases

• Porous Media 100%
• Compact Heat Exchanger 100%
• Supercritical CO2 Rankine Cycles 100%
• Low-side 50%
• Supercritical CO2 (SCO2) 50%
• Heat Transfer Area 50%
• Temperature Approach 50%
• Renewable Energy 25%
• High Pressure 25%
• Waste Heat Recovery 25%
• Waste-to-energy 25%
• Energy Conversion 25%
• Specific Heat 25%
• Second Law 25%
• Heat Exchanger 25%
• Heat Transfer Enhancement 25%
• Surface Area Density 25%
• Silica Particles 25%
• Porous Flow 25%
• Energy Waste 25%
• Channel Configuration 25%
• Entropy Generation 25%
• Hot Fluid 25%
• Guide Design 25%
• Exit Temperature 25%
• Heat Exchanger Design 25%
• Temperature Effectiveness 25%
• Multi-pass 25%
• Surface Productivity 25%
• High Side 25%
• NTU Method 25%
• Thermal pinch 25%
• Wavy Channel 25%

Engineering

• Rankine 100%
• Compact Heat Exchanger 100%
• Heat Transfer Area 66%
• Design Guide 33%
• Waste Heat Recovery System 33%
• Energy Conversion 33%
• Exchanger 33%
• Exit Temperature 33%
• Silica Particle 33%
• Area Density 33%
• Entropy Generation 33%
• Hot Fluid 33%
• Fluid Stream 33%
• Renewable Energy 33%
• Porosity 33%
• Compact Heat Exchanger Design 33%
• Surface Area 33%