Physical modeling of coupled heat transfer and water fl ow in soil-borehole thermal energy storage systems in the vadose zone

Keyphrases

• Heat Exchanger 100%
• Vadose Zone 100%
• Physical Modeling 100%
• Coupled Heat Transfer 100%
• Borehole Thermal Energy Storage 100%
• Thermal Conductivity 50%
• Heat Transfer 50%
• Physical Model 50%
• Silt 50%
• Small Spacing 50%
• Large Array 25%
• Heat Capacity 25%
• Water Content 25%
• Large Element Spacing 25%
• Different Boundaries 25%
• Triangular Array 25%
• Thermal Probe 25%
• Tank Wall 25%
• Dielectric Sensor 25%
• Thermal-hydraulics 25%
• Soil Temperature 25%
• Soil Layer 25%
• Radial Location 25%
• Unsaturated Soil 25%
• Convective Cells 25%
• Cylindrical Tank 25%
• Volumetric Water Content 25%
• Heat Injection 25%
• Vertical Ground Heat Exchanger 25%
• Silt Layer 25%
• Borehole Heat Exchanger Array 25%
• Heat Transfer in Soil 25%
• Unsaturated Silt 25%

Engineering

• Exchanger 100%
• Physical Modeling 100%
• Borehole Thermal Energy Storage System 100%
• Thermal Conductivity 40%
• Physical Model 40%
• Heat Capacity 20%
• Dielectrics 20%
• Hydraulics 20%
• Tank Wall 20%
• Cylindrical Tank 20%
• Soil Layer 20%
• Borehole Heat Exchanger 20%
• Convective Cell 20%
• Boundary Condition 20%
• Centerline Plane 20%