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Professor Gerry Carrington

ex Head of Department (Physics)

Assoc. Prof. Bob Lloyd Gerry completed an MSc in Physics at Otago University in 1966 and a DPhil in at Oxford in 1970. After post-doc positions in Oxford and in the US, he joined the Department of Physics at Otago as a lecturer in 1973. The first energy crisis in the 1970’s left the industrial nations vulnerable to oil price increases and supply interruptions and created increased awareness of the opportunities for energy conservation and better energy technologies. Along with other colleagues in the Department of Physics, Gerry became increasingly enmeshed in energy problems, focussing mainly on energy services efficiency, heat pump technology and energy management. Through his involvement in campus energy management the University established a company in 1988 (Univord Energy Ltd) to which Gerry provided consultancy services on heat pump development for commercial clients. From his teaching of thermal physics, he wrote a textbook, "Basic Thermodynamics", which was published in June 1994 by Oxford University Press. He took a lead role in introduction of courses in Energy Management in 1997. Subsequently he helped organise the introduction of degrees in Applied Science at the University of Otago, and has been the Programme Director since 2000.

Since 1990 the main focus of Gerry’s research has been heat pump drying technology, and its commercial development. As well as holding the position of Head of the Physics Department at Otago (to which he was appointed in Dec. 2002), he contributes to the teaching of PHSI 243 - Environmental Physics and EMAN 201- Thermoprocesses 1.

 

Contact details

Tel +64 3 479 7794
Email gerry@physics.otago.ac.nz
Room 320, Department of Physics

 

Selected Publications

  • Davis, C. P., Carrington, C. G., and Sun, Z. F. “Influence of Compression Wood on the Drying Curves of Pinus Radiata Dried at Dehumidifier Conditions.” Journal of Drying Technology, 20:2005–2026, 2002.
  • Carrington, C. G., Wells, C.M. Sun, Z. F. and Chen, G. “Use of Dynamic Modelling for the Design of Batch-Mode Dehumidifier Driers.” Journal of Drying Technology, 20:1645–1657 (2002).
  • Carrington, C. G., Sun, Z. F., Sun, Q, Bannister, P. and Chen, G “Optimising efficiency and productivity of a dehumidifier batch dryer. Part 1–Capacity and airflow.” International Journal of Energy Research, 24: 187–204, (2000).
  • Carrington, C. G., Sun, Z. F. and Bannister, P. “Dehumidifier batch drying – Effect of heat-losses and air-leakage.” International Journal of Energy Research, 24: 205–214, (2000).
  • Sun, Z. F., Carrington, C. G. and Bannister, P. “Validation of a dynamic model for a dehumidifier wood drying kiln.” Drying Technology. 17:711–729 (1999)
  • Vaughan, G. L. and Carrington, C. G. “Psychrometric properties of a moist carbon dioxide atmosphere.” International Journal of Food Properties.1: 77–87 (1998).
  • Carrington, C. G. “Basic Thermodynamics.” Oxford, Oxford University Press. (1994) 385pp. Hardback [ISBN 0-19-851748-3]; paperback [ISBN 0-19-851747-5]. Reprinted 1995, 1996.
  • Firth, A., and Carrington, C. G. “Performance of Care-50 as an R22 replacement in a domestic HPAC system.” Proceedings: Refrigeration into the Third Millennium, 20th International Congress of Refrigeration, Sydney, Australia. International Institute of Refrigeration, 19-24 Sept 1999. Eds D Cleland and C Dixon. ISBN 2-913149-06-5. Paper 549. Pp 2726-2733. (Reprinted in Australian Refrigeration Air Conditioning and Heating Journal, December 2000, Vol 54, No 12, ISSN 1036-2401, pp18-21.)
  • Carrington, C. G., Sun, Z. F., Sun, Q., Bannister, P., and Chen, G. “Dehumidifier dryers for hard-to-dry timbers.” Proceedings: Refrigeration into the Third Millennium, 20th International Congress of Refrigeration, Sydney, Australia. International Institute of Refrigeration, 19-24 Sept 1999. Eds D Cleland and C Dixon. ISBN 2-913149-06-5. Paper 548. Pp 2718-2725.

 

 
 
 
 
 
   
   
   
   
   
   
   
   
   
 
 
 
 
 
 
 
 

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