CIBS Archived Research Projects
A summary of past projects for CIBS research
2024
- 23-01-2: Development of a Vapor Injected and Refrigerant Flexible Semi-Empirical Compressor Model
- 23-02-2: Compressor Technology Evaluation for Heat Pumps using Low-GWP Working Fluids
- 23-04-2: Performance Evaluation of Refrigerants with High Temperature Glide- Measurements and Design Guidelines.
- 23-06-2: Additional Benefits of Secondary Loop Systems: Thermal Storage and Demand Response
- 23-07-2: Solar-powered ultra-low-GWP A3 heat pumps with DC compressors and TES
- 24-01: Reversing Valve Loss and Leakage Models for Low Temperature Heat Pumps
- 24-04: Development of Wetting and Non-Wetting Surfaces for Improved Heat Transfer Applications
- 24-06: Physics-Based Models for Performance Analysis of Refrigerant-To-Water Heat Exchangers in Hydronic Heat Pump Applications
- AR37: Enabling Thermal Energy Storage to Accommodate Oklahoma Wind Energy – TriCoil as Cost Effective Means for Residential System Integration
- AR42: Development of Reduced-order System Models for Next Generation Comfort Cooling Equipment
2023
- 22-03-02 Physics-Based Charge Models for Low-GWP Refrigerants in Heat Pump Application
- 23-01 Development of a Vapor Injected and Refrigerant Flexible Semi-Empirical Compress
- 23-02 Compressor Technology Evaluation for Heat Pumps using Low-GWP Working Fluids
- 23-04 Performance Evaluation of Refrigerants with High Temperature Glide - Measurement
- 23-06 Benefits of Secondary Loop Systems Thermal Storage and Demand Response
- 23-07 Solar-powered ultra-low-GWP heat pumps with DC compressors and TES
- AR37 Enabling Thermal Energy Storage to Accommodate Oklahoma Wind Energy- TriCoil
- AR42 Development of Reduced-order System Models for Next Generation Comfort Cooling Equipment
2022
- Low GWP Refrigerant Evaluation for Fin-tube Heat Exchanger Coils – Differences in Coil and Simulation Model Performance
- Development of a Semi-Empirical Compressor Model Accounting for Modulation and Extrapolation
- Toward Optimal Secondary Furnace Heat Exchanger: Modeling of Furnace Combustion Gas Condensation
- Optimization of Ground Heat Exchanger Thermal and Hydraulic Design
- Physics-Based Charge Models for Fin-Tube and Microchannel Heat Exchangers
- Development of Reduced-Order System Models for Next Generation Comfort Cooling Equipment
- Enabling Thermal Energy Storage to Accommodate Oklahoma Wind Energy – TriCoil as Cost Effective Means for Residential System Integration