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Faculty of Engineering
   
   
  
 

Shenyi Wu

Lecturer, Institute of Sustainable Energy Technology, Faculty of Engineering

Contact

  • workRoom C19 Sustainable Research Building
    University Park
    Nottingham
    NG7 2RD
    UK
  • work0115 84 67875
  • fax0115 95 13159

Expertise Summary

Refrigeration and air-conditioning technologies; heat powered refrigeration systems; heat and mass transfer; Engineering thermodynamics.

Recent Publications

  • Z. HUA, H. ZHANG, B. LIU and S. WU, 2012. Refrigeration Technology Alpha Science International, Ltd.
  • 2011. An experimental investigation into the novel integration of a jet-pump refrigeration cycle and a novel jet-spay thermal ice storage system In: International Conference on Sustainable Thermal Energy Management in the Process Industries.
  • S. WU, 2010. In: M. HALL, ed., Materials for energy efficiency and thermal comfort in buildings Woodhead Publishing Ltd. 101-126
  • Z. HUA, H. ZHANG, B. LIU and S. WU, 2012. Refrigeration Technology Alpha Science International, Ltd.
  • 2011. An experimental investigation into the novel integration of a jet-pump refrigeration cycle and a novel jet-spay thermal ice storage system In: International Conference on Sustainable Thermal Energy Management in the Process Industries.
  • S. WU, 2010. In: M. HALL, ed., Materials for energy efficiency and thermal comfort in buildings Woodhead Publishing Ltd. 101-126
  • Z. HUA, H. ZHANG, B. LIU and S. WU, 2009. Refrigeration Technology Science Press, Beijing.
  • S. SMITH, S. WU and S. RIFFAT, 2008. Understanding the Impact of Parametric Uncertainty in Validating Building Thermal Behaviour in Computational Fluid Dynamics (CFD) In: SET2008 – 7th International Conference on Sustainable Energy Technologies., Soul, Korea. 966-972
  • S. WU and S. RIFFAT, 2008. Direct Cooling/Heating Approach for Solar-driven Vapour Absorption Cooling System In: 7th International Conference on Sustainable Energy Technologies., Soul, Korea. 1715-1721
  • RIFFAT, S., WU, S., EISSA, K. and MERTZIOS, C., 2007. Analysis of direct ground coupled absorber International Journal of Low Carbon Technologies. 2(3), 312-320
  • S. SMITH, S. WU and S. RIFFAT, 2007. Case Study: Method of Investigation of a Commercial Building’s Comfort Levels: Highlighting Energy Efficiency Concerns In: SET2007 – 6th International Conference on Sustainable Energy Technologies., Santiago, Chile.
  • WU, S, EISSA, K, MERTZIOS, C and RIFFAT, S., 2006. Analysis of direct ground coupled absorber In: SET2006 – 5th International Conference on Sustainable Energy Technologies..
  • MERTZIOS, C., WU, S. and RIFFAT, S., 2005. A solar-driven cooling system using an innovative ground absorber. In: IMBABI, M.S. and MITCHELL, P.C., eds., World Renewable Energy Congress 2005: innovation in Europe: renewable energy, technology, innovation and the environment Amsterdam: Elsevier Science.
  • RIFFAT, S.B., WU, S. and BOL, B., 2004. Pervaporation membrane process for vapour absorption system International Journal of Refrigeration. 27(6), 604-611
  • EAMES, I.W. and WU, S., 2003. A valve operated absorption refrigerator Applied Thermal Engineering. 23(4), 417-429
  • RIFFAT, S., WU, S. and BOL, B., 2002. An Experimental Investigation of Membrane Vapour Absorption Heat pump In: 1st International Conference on Sustainable Energy Technologies.
  • RIFFAT, S.B., WU, S. and BOL, B., 2001. A novel absorption heat pump system. In: LIU, W., ed., Energy conversion and application: proceedings of the International Conference on Energy Conversion and Application 2. Huazhong: Huazhong University Science and Technology Press. 939-943
  • WU, S. and EAMES, I., 2001. An Experimental Investigation of Ejector Re-compression Absorption Refrigerator In: The Institute of Refrigeration.
  • EAMES, I. W. and WU, S., 2000. A theoretical study of an innovative ejector powered absorption-recompression cycle refrigerator International Journal of Refrigeration. VOL 23(NUMBER 6), 475-484
  • EAMES, I. W. and WU, S., 2000. Experimental proof-of-concept testing of an innovative heat-powered vapour recompression-absorption refrigerator cycle Applied Thermal Engineering. VOL 20(PART 8), 721-736
  • WU, S. and EAMES, I. W., 2000. Innovations in vapour-absorption cycles Applied Energy. VOL 66(NUMBER 3), 251-266
  • EAMES, I., WU, S., WORALL, M. and APHORNRATANA, S., 1999. An experimental investigation of steam ejectors for applications in jet-pump refrigerators powered by low-grade heat In: IMechE, Power and Energy. 351-361
  • EAMES, I., WORRAL, M. and WU, S., 1999. Vapour Absorption Cycle Refrigeration with Thermal (Ice) Storage In: CIBSE National Conference. 518-523
  • EAMES, I. and WU, S., 1999. Theory and practice of absorption cycle refrigerators, Recent Developments in Refrigerators and Heat Pumps In: IMechE Conference.
  • WU, S. and EAMES, I., 1999. Innovations in vapour absorption cycles, Recent Developments in Refrigerators and Heat Pumps In: IMechE Conference.
  • EAMES, I. and WU, S., 1999. Efficient use of waste heat from CHP systems In: ISHPC. 51-58

Faculty of Engineering

The University of Nottingham
University Park
Nottingham, NG7 2RD


telephone: +44 (0) 115 951 4163
email:engineering@nottingham.ac.uk