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Ooi Kim Tiow


Ooi Kim Tiow
Professor
Assistant Chair (Students)
Tel: 6790 5867
Email: mktooi@ntu.edu.sg
Office: N3-02a-08 
   
Education
  • PhD University of Strathclyde 1989
  • BEng(Hons) University of Strathclyde 1986

Biography
Dr Ooi Kim Tiow is a Professor in the School of Mechanical & Aerospace Engineering. He received BEng in 1986 and Ph.D. in 1989, both in Mechanical Engineering from University of Strathclyde, Scotland, U.K. His research areas are in areas related to studies on refrigeration systems and components design, heat transfer and fluid flow. He holds several patents in compressor designs and some of the designs won awards locally and internationally. Dr Ooi is widely consulted by industry both locally and internationally. He also sits in advisory committees in several international conferences on refrigeration compressors and/or their systems.

Research
  • Interest:
    New highly energy efficient refrigeration compressor design, heat transfer and fluids flow.
  • Projects:
    Novel Refrigeration Compressors - Expander-compressor unit
    We have developed a novel highly energy efficient expander–compressor unit called cross vane expander compressor (CVEC) which significantly improves energy efficiency of refrigeration systems. This new invention recovers the expansion energy to reduce the net energy input into the refrigeration systems without noticeable cost increase. Such a design is best suited for high pressure differential refrigeration systems such as those when using CO2 as the refrigerant.
    [Energy Systems Laboratory, Thermo-Fluid & Energy]
    Other new compressor designs such as lubricant free and drive-hub integrated compressors are also being invented and studied.
    [Energy Systems Laboratory, Thermo-Fluid & Energy]
    Enhanced Microchannel Heat Transfer in Macro Geometry
    Microchannels are known to have very high heat transfer effects, but it comes with a high manufacturing cost and large pressure drop. In this project, the microchannel heat transfer effects are duplicated in macro channels thus solving the cost issues and at the same time lower the significant pressure drop.
    [Energy Systems Laboratory, Thermo-Fluid & Energy]

Research Students under supervision

PhD Students
Name Project
Teo How Wei Benjamin MOF-water based cooling and dehumidification
Yap Ken Shaun Design of An Energy Efficient Expander-compressor System for Refrigeration Systems
Goh Aik Ling Study of A Novel Expander-compressor System for CO2 Air-conditioning System
N Satheesh Kumar Development of a Drive Motor for EV with Integrated AC Compressor
Aw Kuan Thai Environmental Friendly Compressor

Master Student
Name Project
Lim Chun Wheng A Novel Cabin Air Distribution Strategy for Automotive Applications
Bharath Seshadri Numerical Study of A Concrete Core Temperature Control Building for Tropics

Selected Publications
  • Ooi K.T. (2014). Twenty Years of Compressor Innovation at NTU, Singapore, International Compressor Engineering Conference at Purdue, USA. Paper ID 1669.
  • K S Yap, K T Ooi, A Chakraborty, (2014).  Modelling and Simulation of the Dynamics of Cross Vane Expander-Compressor Unit for Vapour Compression Cycle. International Compressor Engineering Conference at Purdue, USA. Paper ID 1134.
  • K T Aw, K T Ooi (2014).  Theoretical Analysis of Revolving Vane Compressor Vibrations.  International Compressor Engineering Conference at Purdue, USA. Paper ID 1216.
  • Goh, A. L., Ooi, K. T., & Stimming, U. (2014). Nature-inspired Enhanced Microscale Heat Transfer in Macro Geometry. Paper presented at The Intersociety Conf. on Thermal and Thermomechanical Phenomena in Electronic Systems, Orlando, FL, USA. Pape ID 310.
  • Kumar N. S, Ooi, K.T. (2014). One dimensional model of an ejector with special attention to Fanno flow within the mixing chamber. Applied Thermal Engineering, 65(1-2), 226-235.
  • Tan KM, Ooi, K T. (2014). Experimental study of fixed-vane revolving vane compressor. Applied Thermal Engineering, 62(1), 207-214.
  • Kong, K.S.; Ooi, K.T. (2013). A numerical and experimental investigation on microscale heat transfer effect in the combined entry region in macro geometries. International Journal of Thermal Sciences, 68, 8-19.
  • A. Subiantoro, Ooi, K.T.,  (2012). Analysis of the revolving vane (RV-0) expander, part 2: Verifications of theoretical models. International Journal of Refrigeration, 35(6), 1744-1756.
  • Tan K.M., Ooi K.T. (2011). Journal bearings design for a novel revolving vane compressor. International Journal of Refrigeration, 34(1), 94-104.
  • A. Subiantoro, K.T. Ooi. (2010). Design analysis of the novel Revolving Vane expander in a transcritical carbon dioxide refrigeration system. International Journal of Refrigeration, 33(4), 675-685.

Teaching
  • Thermodynamics