糖心原创

Faculty of Engineering
 

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Yuehong Su

Professor of Thermal Science and Building Technology, Faculty of Engineering

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Biography

Yuehong Su is a member of the Buildings, Energy & Environment Research Group.

Expertise Summary

Yuehong Su is a Professor of Thermal Science and Building Technology at the Department of Architecture and Built Environment, 糖心原创. He has over 30 years research experience in heat pump, air conditioning, adsorption/absorption/ejector cooling, desalination, energy efficiency, heat storage, solar concentration, PV/thermal, daylighting, natural ventilation and low carbon buildings. He has worked on a number of projects funded by the EPSRC, EU, Innovate UK, NSFC and industry and has published over 180 papers in refereed journals and conferences. He has been the supervisor/co-supervisor of over 30 PhD students and postdoctoral researchers. He teaches Engineering Thermodynamics, Air Conditioning Technology, Daylighting and Solar Architecture Modelling, and he is the Course Director for MSc Sustainable Energy and Entrepreneurship. Prof Su has recently supervised several Marie Curie International Incoming Fellowship projects and jointly managed one FP7 ICARUS project and several EPSRC and Innovate UK projects on sustainable energy technologies.

Research Summary

Photovoltaic-Thermal: low concentration PV/Thermal, multifunctional PV/Thermal integrated with daylighting, radiative cooling and natural ventilation

Daylighting: Radiance, Photopia and Grasshopper simulation, design and measurement of advanced daylighting devices

Thermal engineering: air conditioning, heat pump, power generation, heat storage

Building simulation: EnergyPlus simulation of sustainable energy technologies in buildings

Selected Publications

Past Research

Cooling: adsorption/absorption/ejector cooling

Thermodynamic analysis

Heat storage

Advanced refrigeration and heat pump cycles

Future Research

Multifunctional PV/Thermal technology

Advanced daylighting technology

Modelling and experimentation of thermal storage

Multi-source heat pump

I welcome enquiries from potential PhD candidates from Home, EU and international countries who are interested in the following research areas: PV/Thermal, daylighting, solar concentration, natural ventilation, air conditioning, heat pump, adsorption/absorption/ejector cooling, heat storage, desalination, applied thermodynamics, building energy simulation.

  • TAHIR ERDINC, M., KUTLU, C., UNAL, S., AYDIN, O., SU, Y. and RIFFAT, S., 2023. Thermal Science and Engineering Progress. 37,
  • HU, M., ZHAO, B., SUHENDRI,, CAO, J., WANG, Q., RIFFAT, S., SU, Y. and PEI, G., 2023. Applied Thermal Engineering. 219,
  • ZHANG, Y., HU, M., CHEN, Z., SU, Y. and RIFFAT, S., 2023. Renewable Energy. 206, 722-737
  • KUTLU, C., SU, Y., LYU, Q. and RIFFAT, S., 2023. Renewable Energy. 206, 848-857
  • CHANG, Z., LIU, X., GUO, Z., HOU, J. and SU, Y., 2023. Solar Energy. 255, 474-486
  • CHANG, Z., PENG, Y., SHI, R., HOU, J., YANG, J. and SU, Y., 2023. Energy Conversion and Management. 287,
  • LIM, H., CHEON, S. Y., CHO, H. J., JEONG, J. W. and SU, Y., 2023. Applied Thermal Engineering. 230,
  • CHEN, Z., ZHANG, Y., ZHANG, Y., SU, Y. and RIFFAT, S., 2023. Energy. 278,
  • DIK, A., KUTLU, C., OMER, S., BOUKHANOUF, R., SU, Y. and RIFFAT, S., 2023. Energy and Buildings. 294,
  • HU, M., ZHAO, B., SUHENDRI, S., CAO, J., WANG, Q., RIFFAT, S., YANG, R., SU, Y. and PEI, G., 2022. Applied Energy. 306,
  • SUHENDRI, S., HU, M., SU, Y., DARKWA, J. and RIFFAT, S., 2022. Building and Environment. 209,
  • RASHEED, R., TAHIR, F., YASAR, A., SHARIF, F., TABINDA, A. B., AHMAD, S. R., WANG, Y. and SU, Y., 2022. Renewable Energy. 185, 1261-1271
  • RASHEED, R., RIZWAN, A., JAVED, H., SHARIF, F., YASAR, A., TABINDA, A. B., MAHFOOZ, Y., AHMED, S. R. and SU, Y., 2022. Environmental Science and Pollution Research.
  • HU, M., ZHAO, B., AO, X., CAO, J., WANG, Q., RIFFAT, S., SU, Y. and PEI, G., 2022. Renewable and Sustainable Energy Reviews. 160,
  • RIFFAT, J., KUTLU, C., TAPIA-BRITO, E., SU, Y. H. and RIFFAT, S., 2022. A preliminary experimental study of a novel incorporation of chilled ceiling with phase change materials and transparent membrane cover: International Journal of Low-Carbon Technologies International Journal of Low-Carbon Technologies. 17, 258-265
  • HU, M., ZHAO, B., CAO, J., WANG, Q., RIFFAT, S., SU, Y. and PEI, G., 2022. Energy. 251,
  • BACCEGA, E., BOTTARELLI, M. and SU, Y., 2022. Energy and Buildings. 267,
  • ZHAO, Y., CHEN, X., RAMADAN, O., BAI, H., SU, Y., ZHENG, H. and RIFFAT, S., 2022. Desalination. 537,
  • ALSUKKAR, M., HU, M. K., GADI, M. and SU, Y. H., 2022. A 糖心原创 on Daylighting Performance of Split Louver with Simplified Parametric Control: Buildings Buildings. 12(5),
  • HU, M., ZHAO, B., CAO, J., WANG, Q., RIFFAT, S., SU, Y. and PEI, G., 2022. Journal of Building Engineering. 59,
  • ALSUKKAR, M., HU, M., ELTAWEEL, A. and SU, Y., 2022. Energy and Buildings. 274,
  • WANG, Y., ZHU, H., TU, W., SU, Y., JIANG, F. and RIFFAT, S., 2022. Construction and Building Materials. 352,
  • GEORGIEV, A., PEI, G., SU, Y. and VOLPERTS, A., 2022. Renewable Energy. 199, 687-688
  • SUHENDRI, S., HU, M., SU, Y., DARKWA, J. and RIFFAT, S., 2022. Building and Environment. 225,
  • ZHANG, T., YAN, Z. W., WANG, L. Y., ZHENG, W. J., SU, Y. H. and ZHENG, R. C., 2021. International Journal of Thermal Sciences. 159,
  • RASHEED, R., JAVED, H., RIZWAN, A., SHARIF, F., YASAR, A., TABINDA, A. B., AHMAD, S. R., WANG, Y. and SU, Y., 2021. Journal of Cleaner Production. 279,
  • HU, M., ZHAO, B., AO, X., SUHENDRI,, CAO, J., WANG, Q., RIFFAT, S., SU, Y. and PEI, G., 2021. Energy Conversion and Management. 236,
  • HU, MINGKE, GUO, CHAO, ZHAO, BIN, AO, XIANZE, SUHENDRI, CAO, JINGYU, WANG, QILIANG, RIFFAT, SAFFA, SU, YUEHONG and PEI, GANG, 2021. RENEWABLE ENERGY. 167, 884-898
  • ELTAWEEL, A., SU, Y., MANDOUR, M. A. and ELRAWY, O. O., 2021. Journal of Building Engineering. 42,
  • ALSHAHRANI, A., OMER, S. and SU, Y., 2021. Electronics (Switzerland). 10(11),
  • CUI, Y. L., THEO, E., GURLER, T., SU, Y. H. and SAFFA, R., 2021. Feasibility of hybrid renewable heating system application in poultry house: a case study of East Midlands, UK: International Journal of Low-Carbon Technologies International Journal of Low-Carbon Technologies. 16(1), 73-88
  • RIFFAT, J., KUTLU, C., BRITO, E. T., SU, Y. and RIFFAT, S., 2021. Future Cities and Environment. 7,
  • REN, Y., HUANG, Y., XIE, C., YAN, Y., WANG, J. and YAMAGUCHI, T., 2021. Heat Transfer Engineering.
  • WANG, Y., RASHEED, R., JIANG, F., RIZWAN, A., JAVED, H., SU, Y. and RIFFAT, S., 2021. Journal of Building Engineering. 44,
  • GEORGIEV, A., PEI, G., SU, Y. and BOBADOVA, P., 2021. Renewable Energy. 179, 204-205
  • HU, M., ZHAO, B., SUHENDRI,, CAO, J., WANG, Q., RIFFAT, S., SU, Y. and PEI, G., 2021. Sustainable Cities and Society. 74,
  • GEORGIEV, A., PEI, G., SU, Y. H. and BOBADOVA, P., 2021. Editorial/ Preface of VSI:AESMT'20: Renewable Energy Renewable Energy. 179, 204-205
  • LIU, Z., LV, H., HU, Y., LIAO, J., ZHOU, H. and SU, Y., 2021. International Journal of Low-Carbon Technologies. 16(4), 1210-1216
  • ALOTAIBI, S., OMER, S., ALJARALLAH, S. and SU, Y., 2021.
  • LIU, Z. Z., LV, H., HU, Y., LIAO, J., ZHOU, H. and SU, Y. H., 2021. A review of modeling of luminescent coupling effect in multi-junction solar cell based on diode equation: International Journal of Low-Carbon Technologies International Journal of Low-Carbon Technologies. 16(4), 1519-1528
  • HU, M. K., ZHAO, B., AO, X. Z., CHEN, N., CAO, J. Y., WANG, Q. L., SU, Y. H. and PEI, G., 2020. Feasibility research on a double-covered hybrid photo-thermal and radiative sky cooling module: Solar Energy Solar Energy. 197, 332-343
  • RASHEED, R., RIZWAN, A., JAVED, H., YASAR, A., TABINDA, A. B., BHATTI, S. G. and SU, Y., 2020. Sustainable Energy Technologies and Assessments. 39,
  • ELTAWEEL, A., MANDOUR, M. A., LV, Q. and SU, Y., 2020. Journal of Daylighting. 7(1), 84-92
  • KUTLU, C., ERDINC, M. T., LI, J., SU, Y., PEI, G., GAO, G. and RIFFAT, S., 2020. Energy. 202,
  • RASHEED, R., JAVED, H., RIZWAN, A., YASAR, A., TABINDA, A. B., MAHFOOZ, Y., WANG, Y. and SU, Y., 2020. Environmental Science and Pollution Research.
  • RASHEED, R., TAHIR, F., YASAR, A., AHMAD, S. R., TABINDA, A. B., SHARIF, F., WANG, Y. and SU, Y., 2020. Biomass and Bioenergy. 138,
  • KUTLU, C., LI, J., SU, Y., WANG, Y., PEI, G. and RIFFAT, S., 2020. Energy. 203,
  • GAO, G., LI, J., CAO, J., YANG, H., PEI, G. and SU, Y., 2020. Thermal Science. 24, 915-924
  • CAO, J., WANG, Q., HU, M., REN, X., LIU, W., SU, Y. and PEI, G., 2020. Applied Sciences (Switzerland). 10(12),
  • KUTLU, C., LI, J., SU, Y. H., WANG, Y. B., PEI, G. and RIFFAT, S., 2020. Investigation of an innovative PV/T-ORC system using amorphous silicon cells and evacuated flat plate solar collectors: Energy Energy. 203, 13
  • HU, M., ZHAO, B., AO, X., SUHENDRI,, CAO, J., WANG, Q., RIFFAT, S., SU, Y. and PEI, G., 2020. Applied Energy. 277,
  • RASHEED, R., UMER, R., HAMID, A., RIZWAN, A., JAVED, H., AHMAD, S. R. and SU, Y., 2020. Environmental Science and Pollution Research.
  • CAO, J., ZHENG, Z., ASIM, M., HU, M., WANG, Q., SU, Y., PEI, G. and LEUNG, M. K. H., 2020. Applied Energy. 280,
  • BOTTARELLI, M., GALLERO, F. J. G., MAESTRE, I. R., PEI, G. and SU, Y., 2020. International Journal of Low-Carbon Technologies. 15(3), 434-442
  • WANG, Y. X., XIANG, F., WANG, W., WANG, W. L., SU, Y. H., JIANG, F. T., CHEN, S. and RIFFAT, S., 2020. Sound absorption characteristics of KGM-based aerogel: International Journal of Low-Carbon Technologies International Journal of Low-Carbon Technologies. 15(3), 450-457
  • LV, Q., CUI, J., JARIMI, H., LV, H., ZHAI, Z., SU, Y., RIFFAT, S. and DONG, S., 2020. International Journal of Low-Carbon Technologies. 15(4), 574-582
  • ELTAWEEL, A., SU, Y., HAFEZ, M. and ELTAWEEL, W., 2020. Energy and Buildings.
  • LV, H., HUANG, X., LI, J., HUANG, W., LI, Y. and SU, Y., 2020. International Journal of Low-Carbon Technologies. 15(4), 565-573
  • YAN, Y. and GUO, L., 2020. Automotive Innovation.
  • SUHENDRI,, HU, M., SU, Y., DARKWA, J. and RIFFAT, S., 2020. Buildings. 10(12), 1-28
  • HU, M., GUO, C., ZHAO, B., AO, X., SUHENDRI,, CAO, J., WANG, Q., RIFFAT, S., SU, Y. and PEI, G., 2020. Renewable Energy.
  • WANG, Q., HU, M., YANG, H., CAO, J., LI, J., SU, Y. and PEI, G., 2019. Renewable Energy. 138, 793-804
  • CAO, J., CHEN, C., GAO, G., YANG, H., SU, Y., BOTTARELLI, M., CANNISTRARO, M. and PEI, G., 2019. Journal of Renewable and Sustainable Energy. 11(1),
  • HU, M., ZHAO, B., AO, X., FENG, J., CAO, J., SU, Y. and PEI, G., 2019. Renewable Energy. 139, 1217-1226
  • BOTTARELLI, M., BORTOLONI, M. and SU, Y., 2019. Renewable Energy. 142, 552-560
  • WANG, Q., LIANG, S., ZHU, Z., WU, G., SU, Y. and ZHENG, H., 2019. Applied Energy. 250, 1225-1234
  • CAO, J., CHEN, C., SU, Y., LEUNG, M. K. H., BOTTARELLI, M. and PEI, G., 2019. Energy Conversion and Management. 195, 436-446
  • KUTLU, C., ERDINC, M. T., LI, J., WANG, Y. and SU, Y., 2019. Renewable Energy. 143, 301-312
  • LV, H., CHEN, X., HU, Y., LI, J., SU, Y., RIFFAT, S. and DONG, S., 2019. International Journal of Low-Carbon Technologies. 14(2), 294-301
  • ZHANG, N., CHEN, X., SU, Y., ZHENG, H., RAMADAN, O., ZHANG, X., CHEN, H. and RIFFAT, S., 2019. Energy. 182, 1115-1131
  • ZHANG, N., CHEN, X., SU, Y., ZHENG, H., RAMADAN, O., ZHANG, X., CHEN, H. and RIFFAT, S., 2019. Energy. 182, 1115-1131
  • ZHAO, B., HU, M., AO, X., CHEN, N., XUAN, Q., SU, Y. and PEI, G., 2019. Energy. 183, 892-900
  • XUAN, Q., LI, G., LU, Y., ZHAO, B., ZHAO, X., SU, Y., JI, J. and PEI, G., 2019. Energy and Buildings. 199, 415-426
  • LI, C., WU, K., SU, Y., RIFFAT, S. B., NI, X. and JIANG, F., 2019. International Journal of Biological Macromolecules. 138, 135-143
  • LI, C., WU, K., SU, Y., RIFFAT, S. B., NI, X. and JIANG, F., 2019. International Journal of Biological Macromolecules. 138, 135-143
  • RASHEED, R., YASAR, A., WANG, Y., TABINDA, A. B., AHMAD, S. R., TAHIR, F. and SU, Y., 2019. Environmental Science and Pollution Research.
  • SUI, S., RASHEED, R., LI, Q., SU, Y. and RIFFAT, S., 2019. Environmental Science and Pollution Research.
  • WANG, Y., SU, Y., WANG, W., FANG, Y., RIFFAT, S. B. and JIANG, F., 2019. Carbohydrate Polymers. 226,
  • CUI, J., LV, Q., JARIMI, H., LV, H., YUAN, C., DONG, S., SU, Y. and RIFFAT, S., 2019.
  • WANG, Y., SU, Y., WANG, W., FANG, Y., RIFFAT, S. B. and JIANG, F., 2019. Carbohydrate Polymers. 226,
  • XUAN, Q., LI, G., PEI, G., LU, Y., SU, Y. and JI, J., 2019.
  • XUAN, Q., LI, G., LU, Y., ZHAO, B., ZHAO, X., SU, Y., JI, J. and PEI, G., 2019. Solar Energy. 193, 422-433
  • XUAN, Q., LI, G., LU, Y., ZHAO, X., SU, Y., JI, J. and PEI, G., 2019. Indoor and Built Environment.
  • ALSHAHRANI, A., OMER, S., SU, Y., MOHAMED, E. and ALOTAIBI, S., 2019. Electronics (Switzerland). 8(12),
  • CUI, Y., THEO, E., GURLER, T., SU, Y. and SAFFA, R., 2019. International Journal of Low-Carbon Technologies. 15(1), 121-142
  • TIAN, M., SU, Y., ZHENG, H., PEI, G., LI, G. and RIFFAT, S., 2018. Renewable and Sustainable Energy Reviews. 82, 1272-1296
  • HOU, J., YANG, J. C., CHANG, Z. H., ZHENG, H. F. and SU, Y. H., 2018. The mass transfer coefficient assessment and productivity enhancement of a vertical tubular solar brackish water still: Applied Thermal Engineering Applied Thermal Engineering. 128, 1446-1455
  • LI, G., XUAN, Q., PEI, G., SU, Y. and JI, J., 2018. Energy. 144, 1119-1136
  • LI, JING, GAO, GUANGTAO, LI, PENGCHENG, PEI, GANG, HUANG, HULIN, SU, YUEHONG and JI, JIE, 2018. ENERGY. 142, 739-753
  • LI, G., XUAN, Q., PEI, G., SU, Y., LU, Y. and JI, J., 2018. Applied Energy. 215, 174-185
  • LI, G., XUAN, Q., LU, Y., PEI, G., SU, Y. and JI, J., 2018. Solar Energy Materials and Solar Cells. 179, 1-9
  • SONG, D., LV, H., LIAO, J., HUANG, W., HUANG, S., CHENG, C., ZHOU, H., SU, Y. and RIFFAT, S., 2018. International Journal of Energy Research.
  • TIAN, M., YU, X., SU, Y., ZHENG, H. and RIFFAT, S., 2018. Solar Energy. 165, 90-99
  • HOU, J., YANG, J., CHANG, Z., ZHENG, H. and SU, Y., 2018. Desalination. 432, 72-80
  • CHEN, X., SU, Y., AYDIN, D., DING, Y., ZHANG, S., REAY, D. and RIFFAT, S., 2018. Applied Thermal Engineering. 132, 665-675
  • KUTLU, C., LI, J., SU, Y., PEI, G. and RIFFAT, S., 2018. Energy Conversion and Management. 166, 132-145
  • LI, G., XUAN, Q., ZHAO, X., PEI, G., JI, J. and SU, Y., 2018. Applied Energy. 228, 1362-1372
  • CHEN, X., SU, Y., AYDIN, D., BAI, H., JARIMI, H., ZHANG, X. and RIFFAT, S., 2018. Applied Thermal Engineering. 142, 632-643
  • LI, J., REN, X., YUAN, W., LI, Z., PEI, G., SU, Y., KUTLU, 脟, JI, J. and RIFFAT, S., 2018. Energy. 159, 786-798
  • RASHEED, R., YASAR, A., AHMAD, S. R., TABINDA, A. B., KHAN, S. A. and SU, Y. H., 2018. Bioenergy recovery analysis from various waste substrates by employing a novel industrial scale AD plant: Energy Sources Part a-Recovery Utilization and Environmental Effects Energy Sources Part a-Recovery Utilization and Environmental Effects. 40(16), 1935-1946
  • HU, M., ZHAO, B., AO, X., SU, Y. and PEI, G., 2018. Applied Thermal Engineering. 145, 1-13
  • HU, M., ZHAO, B., AO, X., SU, Y. and PEI, G., 2018. Applied Thermal Engineering. 145, 1-13
  • HU, M., ZHAO, B., AO, X., ZHAO, P., SU, Y. and PEI, G., 2018. Applied Energy. 231, 288-300
  • HU, M., ZHAO, B., AO, X., ZHAO, P., SU, Y. and PEI, G., 2018. Applied Energy. 231, 288-300
  • MA, J., ZHAO, Q., SU, Y., JI, J., HE, W., HU, Z., FANG, T. and WANG, H., 2018. Energies. 11(9),
  • HU, M., ZHAO, B., AO, X., SU, Y. and PEI, G., 2018. Energy. 165, 811-824
  • LV, H., HUANG, W., CHENG, C., OU, Y., LIAO, J., SU, Y. and RIFFAT, S., 2018. International Journal of Low-Carbon Technologies. 13(4), 432-437
  • BILER, A., TAVIL, A. U., SU, Y. and KHAN, N., 2018. Buildings. 8(11),
  • BILER, A., TAVIL, A. U., SU, Y. and KHAN, N., 2018. Buildings. 8(11),
  • ELTAWEEL, A. and SU, Y., 2017. Energy and Buildings. 139, 31-43
  • ELTAWEEL, A. and SU, Y., 2017. Renewable and Sustainable Energy Reviews. 73, 1086-1103
  • LI, J., LI, P., GAO, G., PEI, G., SU, Y. and JI, J., 2017. Applied Energy. 195, 137-151
  • BORTOLONI, M., BOTTARELLI, M. and SU, Y., 2017. 34th UIT Heat Transfer Conference 2016. 796(1),
  • LI, P., LI, J., GAO, G., PEI, G., SU, Y., JI, J. and YE, B., 2017. Renewable Energy. 112, 398-412
  • WU, G., KUTLU, C., ZHENG, H., SU, Y. and CUI, D., 2017. Solar Energy. 157, 1-9
  • ULLAH, I., LV, H., WHANG, A. J. W. and SU, Y., 2017. Energy and Buildings. 154, 19-29
  • CHEN, X., SU, Y., AYDIN, D., ZHANG, X., DING, Y., REAY, D., LAW, R. and RIFFAT, S., 2017. Energy and Buildings. 154, 166-174
  • XUAN, Q., LI, G., PEI, G., JI, J., SU, Y. and ZHAO, B., 2017. Solar Energy. 158, 808-818
  • HUANG, W., LV, H., LIAO, J., SHANG, Y., LIU, W., LV, Q., CHENG, C., SU, Y. and RIFFAT, S., 2017. Journal of Renewable and Sustainable Energy. 9(6),
  • ELTAWEEL, A. and SU, Y., 2017. Buildings. 7(4),
  • LI, J., GAO, G., PEI, G., LI, P., SU, Y., JI, J. and RIFFAT, S., 2017.
  • XUAN, Q., LI, G., PEI, G., SU, Y. and JI, J., 2017. Journal of Daylighting. 4(2), 26-36
  • ADHAM MAKKI, SIDDIG OMER, SU YUEHONG and HISHAM SABIR, 2016. Energy conversion and management. 112(March 2016), 274-287
  • RASHEED, R., KHAN, N., YASAR, A., SU, Y. H. and TABINDA, A. B., 2016. Design and cost-benefit analysis of a novel anaerobic industrial bioenergy plant in Pakistan: Renewable Energy Renewable Energy. 90, 242-247
  • CHEN, X., SU, Y., REAY, D. and RIFFAT, S., 2016. Renewable and Sustainable Energy Reviews. 60, 1367-1386
  • CHEN, X., SU, Y., AYDIN, D., REAY, D., LAW, R. and RIFFAT, S., 2016. Energy and Buildings. 125, 99-108
  • BORTOLONI, M., BOTTARELLI, M. and SU, Y., 2016. Applied Thermal Engineering.
  • LI, G., PEI, G., JI, J., SU, Y., ZHOU, H. and CAI, J., 2016. International Journal of Green Energy. 13(9), 944-950
  • LI, G., PEI, G., SU, Y., JI, J., WANG, D. and ZHENG, H., 2016. International Journal of Low-Carbon Technologies. 11(3), 363-369
  • RASHEED, R., YASAR, A., TABINDA, A. B., KHAN, N., SU, Y. H. and AFZAAL, M., 2016. TECHNO-ECONOMIC IMPACTS OF INNOVATIVE COMMERCIAL-INDUSTRIAL SCALE BIOENERGY PLANT IN PAKISTAN: Pakistan Journal of Agricultural Sciences Pakistan Journal of Agricultural Sciences. 53(3), 647-652
  • LI, J., ALVI, J. Z., PEI, G., SU, Y. H., LI, P. C., GAO, G. T. and JI, J., 2016. Modelling of organic Rankine cycle efficiency with respect to the equivalent hot side temperature: Energy Energy. 115, 668-683
  • CHEN, X. J., SU, Y. H., OMER, S. and RIFFAT, S., 2016. Theoretical investigations on combined power and ejector cooling system powered by low-grade energy source: International Journal of Low-Carbon Technologies International Journal of Low-Carbon Technologies. 11(4), 466-475
  • SU, Y. H., ZHOU, H., BOTTARELLI, M., CHEN, H. B., TIAN, M. and RIFFAT, S., 2016. The effect of non-uniform irradiation on PV cell performance in a lens-walled CPC: Bulgarian Chemical Communications Bulgarian Chemical Communications. 48, 173-177
  • BOTTARELLI, M., ZHANG, L., BORTOLONI, M. and SU, Y. H., 2016. Energy performance of a dual air and ground source heat pump coupled with a Flat-Panel ground heat exchanger: Bulgarian Chemical Communications Bulgarian Chemical Communications. 48, 64-70
  • CAO, J. Y., PEI, G., SU, Y. H., MUNIR, A., LI, J. and WANG, Y. Y., 2016. Effect of reservoir on controllable loop thermosyphon: Bulgarian Chemical Communications Bulgarian Chemical Communications. 48, 297-305
  • FENG, C. Q., ZHENG, H. F., WANG, R., YU, X. and SU, Y. H., 2015. A novel solar multifunctional PV/T/D system for green building roofs: Energy Conversion and Management Energy Conversion and Management. 93, 63-71
  • MICHELE BOTTARELLI, MARCO BORTOLONI, YUEHONG SU, 2015. Applied Thermal Engineering. 90, 1044鈥�1051
  • HANG ZHOU, YUEHONG SU, MICHELE BOTTARELLI, MARCO BORTOLONI AND SHENYI WU, 2015. Energies. 8(5), 4529-4548
  • PEI, G., SU, Y. H., FILIPPESCHI, S. and ZHENG, H. F., 2015. Recent Research Progress in Solar Thermal Conversion Theory and Applications: International Journal of Photoenergy International Journal of Photoenergy. 2
  • BOTTARELLI, M., BORTOLONI, M., SU, Y. H., YOUSIF, C., AYDIN, A. A. and GEORGIEV, A., 2015. Numerical analysis of a novel ground heat exchanger coupled with phase change materials: Applied Thermal Engineering Applied Thermal Engineering. 88, 369-375
  • XU YU and YUEHONG SU, 2015. Renewable and Sustainable Energy Reviews. 52, 494-503
  • RIZWAN RASHEED, NAGHMAN KHAN, ABDULLAH YASAR, YUEHONG SU and AMTUL BARI TABINDA, 2015. Renewable Energy. 90, 242-247
  • GUIQIANG LI, GANG PEI, JIE JI, MING YANG, YUEHONG SU, NING XU, 2015. Solar Energy. 120, 565-574
  • XIANGJIE CHEN, MARK WORALL, SIDDIG OMER, YUEHONG SU, SAFFA RIFFAT, 2014. Applied Thermal Engineering. 63(1), 419-427
  • XU YU, YUEHONG SU, XIN CHEN, 2014. Energy and Buildings. 74, 191-202
  • XU YU, YUEHONG SU, HONGFEI ZHENG, SAFFA RIFFAT, 2014. Building and Environment. 74, 75-85
  • LI GUIQIANG, PEI GANG, SU YUEHONG, WANG YUNYUN, JI JIE, 2014. Applied Energy. 125, 21-27
  • ZEHUI CHANG, HONGFEI ZHENG, YINGJUN YANG, YUEHONG SU, ZHANCHUN DUAN, 2014. Renewable Energy. 69, 253-259
  • GUIQIANG LI, GANG PEI, YUEHONG SU, JIE JI, DONGYUE WANG, AND HONGFEI ZHENG, 2014. Int. J. Low-Carbon Tech..
  • LI, G. Q., PEI, G., SU, Y. H., WANG, Y. Y., YU, X., JI, J. and ZHENG, H. F., 2014. Improving angular acceptance of stationary low-concentration photovoltaic compound parabolic concentrators using acrylic lens-walled structure Journal of Renewable and Sustainable Energy. 6(1),
  • GUIQIANG LI, GANG PEI, MING YANG, JIE JI, YUEHONG SU, 2014. Energy Conversion and Management. 85, 204-211
  • HONGFEI ZHENG, CHAOQING FENG, YUEHONG SU, JING DAI, XINGLONG MA, 2014. Solar Energy. 107, 26-37
  • HONGFEI ZHENG, GANG WU, TAO TAO, YUEHONG SU, JING DAI, 2014. Energy Conversion and Management. 88, 785-793
  • MICHELE BOTTARELLI, MARCO BORTOLONI, YUEHONG SU, CHARLES YOUSIF, AHMET ALPER AYDIN, ALEKSANDAR GEORGIEV, 2014. Applied Thermal Engineering. (In Press.)
  • LI, G. Q., SU, Y. H., PEI, G., ZHOU, H., YU, X., JI, J. and RIFFAT, S., 2014. An Outdoor Experiment of a Lens-Walled Compound Parabolic Concentrator Photovoltaic Module on a Sunny Day in Nottingham Journal of Solar Energy Engineering-Transactions of the ASME. 136(2),
  • MENG TIAN, YUEHONG SU, 2014. Journal of Daylighting. 1, 16-28
  • GUIQIANG LI, YUEHONG SU, GANG PEI, XU YU, JIE JI & SAFFA RIFFAT, 2013. International Journal of Green Energy. 10(8), 848-859
  • XIANGJIE CHEN, MARK WORALL, SIDDIG OMER, YUEHONG SU, SAFFA RIFFAT, 2013. Applied Energy. 102, 931-942
  • HONGFEI ZHENG, ZEHUI CHANG, ZIHANG ZHENG, ZHILI CHEN, YUEHONG SU, 2013. Desalination. 331, 56-61
  • SAFFA RIFFAT, YUEHONG SU AND YATE DING, 2013. Int. J. Low-Carbon Tech..
  • ZHENG, H. F., FENG, C. Q., SU, Y. H., WANG, R. and XUE, X. D., 2013. Performance analysis and experimental investigation of a novel trough daylight concentration and axial transmission system: Solar Energy Solar Energy. 97, 200-207
  • HE, W., SU, Y., WANG, Y.Q., RIFFAT, S.B. and JI, J., 2012. Renewable Energy. 37(1), 142-149
  • SU, Y., PEI, G., RIFFAT, S.B. and HUANG, H., 2012. Journal of Solar Energy Engineering. 134(2), 021010
  • YUEHONG SU, GANG PEI, SAFFA B RIFFAT, HULIN HUANG, 2012. Energy Procedia. 14, 572-577
  • YUEHONG SU, XU YU, LI ZHANG, MARIA KARAGIANNI, NAGHMAN KHAN, 2012. Energy Procedia. 14, 578-583
  • YUEHONG SU, SAFFA B. RIFFAT, GANG PEI, 2012. Sustainable Cities and Society. 4, 35-40
  • SU, Y., KHAN, N., RIFFAT, S.B. and OAKLEY, G., 2012. Energy and Buildings. 50(July), 308-314
  • PEI GANG, LI GUIQIANG, ZHOU XI, JI JIE, SU YUEHONG, 2012. Solar Energy. 86(5), 1280-1286
  • HONGFEI ZHENG, TAO TAO, MING MA, HUIFANG KANG, YUEHONG SU, 2012. Energy Conversion and Management. 63, 123鈥�129
  • ZHE JI, YUEHONG SU AND NAGHMAN KHAN, 2012. International Journal of Architecture, Engineering and Construction. 1(2), 84-95
  • SAURO FILIPPESCHI, YUEHONG SU, AND SAFFA B. RIFFAT, 2012. Int. J. Low-Carbon Tech.
  • GANG PEI, GUIQIANG LI, YUEHONG SU, JIE JI, SAFFA RIFFAT AND HONGFEI ZHENG, 2012. Energies. 5(9), 3627-3639
  • MATIWAZA NCUBE, YUEHONG SU, 2012. International Journal of Sustainable Built Environment. 1(2), 259-268
  • SU, Y. H., YU, X., ZHANG, L., KARAGIANNI, M. and KHAN, N., 2012. Energy saving potential of Monodraught (TM) sunpipes installed in a supermarket. In: ZENG, D., ed., 2011 2nd International Conference on Advances in Energy Engineering 14. 578-583
  • SU, Y. H., PEI, G., RIFFAT, S. B. and HUANG, H. L., 2012. Radiance/Pmap simulation of a novel lens-walled compound parabolic concentrator (lens-walled CPC). In: ZENG, D., ed., 2011 2nd International Conference on Advances in Energy Engineering 14. 572-577
  • YUEHONG SU, SAFFA B. RIFFAT, TOM ROGERS, HONGFEI ZHENG AND HULIN HUANG, 2011. Int. J. Low-Carbon Tech.. 6(1), 14-21
  • HULIN HUANG, YUEHONG SU, YIBING GAO, AND SAFFA RIFFAT, 2011. Int. J. Low-Carbon Tech.. 6(3), 165-170
  • XUE, X., ZHENG, H., SU, Y. and KANG, H., 2011. Solar Energy. 85(7), 1364-1370
  • NAGHMAN KHAN, YUEHONG SU, NICK HOPPER, SAFFA RIFFAT, 2011. International Journal of Ventilation. 10(2), 133-146
  • TAO TAO, HONGFEI ZHENG, YUEHONG SU AND SAFFA B. RIFFAT, 2011. Applied Thermal Engineering. 31(17-18), 3664-3668
  • WEI HE, YUEHONG SU, SAFFA RIFFAT, JINXIN HOU, JIE JI, 2011. Applied Energy. 88(12), 5083-5089
  • YUEHONG SU, HYUNJOO HAN, SAFFA B RIFFAT, NEEL PATEL, 2010. International Journal of Energy Research. 34(5), 387-392
  • RAN YI, LI SHAO, YUEHONG SU AND SAFFA RIFFAT, 2009. Int. J. Low-Carbon Tech.. 4(4), 230 - 237
  • KHAN, N., SU, Y., RIFFAT, S. B. and BIGGS, C., 2008. RENEWABLE ENERGY -PERGAMON-. VOL 33(NUMBER 11), 2441-2447
  • SU, Y., RIFFAT, S.B., LIN, Y.-L. and KHAN, N., 2008. Energy and Buildings. 40(6), 1110-1116
  • KHAN, N., SU, Y. and RIFFAT, S. B., 2008. ENERGY AND BUILDINGS. VOL 40(NUMBER 8), 1586-1604
  • SU, Y. and RIFFAT, S., 2005. Experimental study of An Electrogasdynamic Ejector In: SET2005 - 4th International Conference on Sustainable Energy Technologies.
  • RIFFAT, S.B. and SU, Y.H., 2004. A tri-generation electrogasdynamic ejection system Journal of the Energy Institute. 77(510), 7-10
  • SU, Y.H. and RIFFAT, S.B., 2004. International Journal of Thermal Sciences. 43(12), 1197-1201
  • RIFFAT, S.B. and SU, Y., 2002. Preliminary analysis of a liquid/liquid extraction absorption refrigeration cycle In: International Sorption Heat Pump Conference. 216-220
  • RIFFAT, S.B. and SU, Y., 2002. A centrifugal adsorption heat pump In: International Sorption Heat Pump Conference. 545-549
  • RIFFAT, S.B. and SU, Y.H., 2001. A novel absorption refrigeration cycle using centrifugal reverse osmosis Journal of The Institute of Energy. 74(499), 66-69
  • RIFFAT, S.B. and SU, Y.H., 2001. Energy. 26(2), 177-185
  • RIFFAT, S.B. and SU, Y., 2001. Feasibility of using Centrifugal Separation in Absorption Heat Pumps In: International Conference on Energy Conversion and Application. 944-948
  • H.Y. NAWAWI, S.B.RIFFAT, Y.H.SU AND R.WILSON, A CFD 糖心原创 of Ejector Geometry In: SET2005 - 4th International Conference on Sustainable Energy Technologies, Jinan, China.
  • RIFFAT, J., KUTLU, C., TAPIA-BRITO, E., TEKPETEY, S., AGYENIM, F. B., SU, Y. H. and RIFFAT, S., Development and testing of a PCM enhanced domestic refrigerator with use of miniature DC compressor for weak/off grid locations: International Journal of Green Energy International Journal of Green Energy. 14

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