1. Modeling Analysis & Digital Design for Refrigeration and Air Conditioning System
2. Energy Analysis for Air Conditioning System Based on Building Load

1) Digital Design and Performance Analysis System for Air Conditioner
2) SEER/HSPF /APFCalculation and Analysis for Air Conditioner-Based on Standard
3) SEER/HSPF/APF Calculation and Analysis for Air Conditioner-Based on Model
4) Modeling Library for Compressor
5) Digital Design and Analysis System for Air Sourced Heat Pump
6) Refrigerant Charge Distribution in Air Conditioning System
7) Experiment and Modeling Analysis for CO2 System
8) Energy Analysis for Air Conditioning System –Based on Weather Data/ Building Loads
9) Fast Calculation Model of Refrigerant Thermodynamic and Transport Properties.
10) Numerical Model for Capillary Tube (R22、R134a、R410a、R407c、CO2…)
11) Empirical Correlations for Heat Transfer & Pressure Drop Research
• Empirical Correlations for Heat Transfer & Pressure Drop of Fin-and-Tube Heat Exchanger (Refrigerant Side, Air Side)
• Empirical Correlations for Heat Transfer & Pressure Drop of Fan Coil (Water Side, Air Side)
• Empirical Correlations for Heat Transfer & Pressure Drop of Shell –and-Tube Heat Exchanger (Refrigerant Side, Water Side)
12) Experiment and Modeling Simulation on the Performance of Fin-and-Tube Heat Exchanger under wetted and Frost Condition
13) Experiment and Modeling Analysis on the Performance of Air Conditioner under Variable Running Conditions
14) CFD Analysis on Indoor/Outdoor units of Air Conditioner
15) Simulation Models for Display Case
16) Simulation Models for Refrigerator/Freezer
17) Automobile Air Conditioning System Research

1. Gu Bo, Zheng Gang, Pei YongHua, Wei YueWen.Heat Transfer Model for Thread Tube in Shell and Tube Condenser. Journal of Shanghai JiaoTong University. 2002(2): 198-201
2. Gu Bo , Jing Buyun, Li Yuanguang. Analysis on the Matching Performance of thermal expansion valve with plate evaporator. Journal of Refrigeration. 2003,1:51-54
3. Gu Bo, Li Yuanguang, Pei Yonghua. Analysis on the Adiabatic Flow of R407C in Capillary Tube. Journal of Shanghai JiaoTong University. 2003,30(7): 1040－1044.
4. Bo Gu , Yuanguang Li, Zhiyi Wang, Buyun Jing. Analysis on the adiabatic flow of R407C in capillary tube. Applied Thermal Engineering. 2003, 23: 1871–1880.
5. Gu Bo,Bian Hejie,Li Yuanguang.Analysis on the performance of fan-coil unit with various geometry parameters based on steady model.Chinese Journal of Mechanical Engineering. 2004, 10: 109-114.
6. Gu Bo, Ren Neng, Liu Xiao-chuan. Three dimensional numerical simulation of frost formation on finned tube heat exchanger. Journal of Shanghai JiaoTong University. 2008 (3) : 244-444.
7. Zhen Wei,Gu Bo, Bian He-jie,Li Yuan-guang. Dynamic response of fan coil unit performance caused by exterior disturbance. Journal of HarBin Institute of Technology. 2007, 1:163-156.
8. Ren Neng,Gu Bo. Predication Model of Frost Growth on Cold Surface Based on Sopport Vector Machine. Journal of Refrigeration. 2007, 3：40-44.
9. Z.K. Cao, H. Han, B. Gu and N. Ren. A novel prediction model of frost growth on cold surface based on support vector machine. Applied Thermal Engineering, 2009, 29(11-12): 2320-2326
10. H. Han, Z.K. Cao, B. Gu and N. Ren. PCA-SVM-Based Automated Fault Detection and Diagnosis (AFDD) for Vapor-Compression Refrigeration Systems. International Journal of HVAC&R Research. 2010, 16(3), 295-313.

1. Senior Member of Chinese Society of Refrigeration
2. Committeeman of National Committee of Refrigeration Standardization Technique
3. Director of Shanghai Association Refrigeration & Air Conditioning
4. Deputy Director of the Consultation Committee of Shanghai Society of Refrigeration
5. Consulting Member of R & HVAC Sourcing Center of Shanghai Municipal Government