Research Areas

Solar Adsorption Refrigeration Cycle

The coefficient of performance (COP) of an adsorption refrigeration cycle is quite low.  This is caused by the poor thermal conductivity of porous adsorbent.  To improve the COP, Objective of this research is to find the optimum fin configulation in the adsorber reactor.


Prediction of working fluid temperature at Solar corrector tube exit

Malaysia is especially suit to solar thermal generation for its longer day time, which continues all year around.  However, measured solar radiation data shows that the solar radiation in Malaysia fluctuates so much due to cloud.  Any changes of solar radiation will directly affect the working fluid  temperature at the exit of the solar corrector tube and impact toward solar thermal generation system.  The objective of this research is to develop a transient thermal prediction method for the exit fluid temperature and control strategy for parabolic trough collector tube.


Prediction of Global Solar Radiation using Artificial Neural Networks

When the photo voltaic power generation systems are connected to the conventional electricity network, predicting near-future global solar radiation is important to stabilise the entire network. Simple methodologies utilising artificial neural networks (ANNs) to predict the global solar radiation in 1 to 5 minutes in advance from sky images are developing.


Instability Analysis of Natural Circulation Cooling of Super Critical Water Reactor

Nuclear energy is the only non-greenhouse-gas emitting power source.  To further enhance economic competitiveness and safety, supercritical Water Reactor (SCWR) is one such concept which operates in the supercritical regime and can enhance the efficiency by as much as 50%.  Besides, safety is a key issue in the design of advanced reactors and considerable emphasis is given on passive safety. Cooling a reactor at full power with natural is generally considered as enhancement of passive safety. Natural circulation can also be used for passive decay heat removal after reactor shutdown.  Hense, instability analysis of natural circulation loop is conducting.


Current research studies of TTES postgraduate students

  1. High Efficient Liquid Cooling for Central Processing Unit (CPU) – by Muhammad Arif Harun
  2. Numerical Simulation Model for Solidification and Melting of Nano-Enhanced Phase Change Materials (NEPCM) – by Mohd Irwan Mohd Azmi
  3. Heat Transfer Performance of Hybrid Nanofluid as Nanocoolant in Automobile Radiator System – by Hong Wei Xian
  4. Thermal Performance Enhancement Analysis of Nanoparticles Enhanced Phase Change Material (Nepcm) for Thermal Energy Storage (TES) – by Tung Hao Kean
  5. Thermal Physical Enhancement of Advanced Nano Composites Phase Change Material for Solar PV/PV-T – by Ahmad Tajuddin Mohamad