Assoc. Prof. Ir. Dr. Hasril Bin Hasini

Academic Qualifications

• PhD, Universiti Tenaga Nasional (2017)
• Energy Manager, Malaysia Green Technology Corporation (2017)
• Professional Engineer, Board of Engineers Malaysia (2010)
• M. Eng, University Tenaga Nasional (2003)
• B. Eng (Honours), University Of Sheffield (2000)
• Diploma, Wigan & Leigh College, UK (1997)

Working Experience

Research Projects

• Experimental and Numerical Simulation of Flow and Heat Transfer Properties In Brake Disc
• Investigation on the cause(s) of uneven temperature Distribution on the reheater outlet header at Pasir Gudang Power Station, Johor, Malaysia
• CFD and FEA analysis of trash diverter II at Tenom Pangi Hydo-electric Station, Sabah
• Development of GUI for Interactive User Input of in-house CFD Solver (on-going)
• CFD Analysis on Suspension Transmission Tower Insulators
• Development of three dimensional Compressible Navier-Stokes Solver for turbomachiney application
• Computational Fluid Dynamics Modeling of transient heat transfer in internal combustion engine
• Investigation Of Flow And Combustion Characteristics In An Oil-Fired Boiler Using Numerical Approach
• Computer Simulation Of Combustion Characteristics Of A Full-Scale Coal-Fired Boiler
• Numerical study on the flow field in understanding the swirl formation to allevi- ate temperature imbalance in tangentially fired furnace
• The Effects of Gas Combination on the Performance of Shock Tunnel and Gun Tunnel
• An Improved Two Dimensional Viscous Model for High Speed Two-Phase Con- densing Flow Applications
• Numerical Study on the Fundamentals of the Effect of Natural Gas and Syngas Quality on Combustion Performance in Can-Type Combustor
• Experimental Hydrodynamic Study ofMicrochannel Heat Sink by means of Quan- titative Flow Visualization Technique
• Development of an improved method in estimating wet steam flow behaviour
• Development of a 3D Boundary Element Solver For Thin Liquid Film Applications
• An Improved Nucleation and Droplet Growth Model for Accurate Flow Predic- tion in High Speed Condensing Steam
• Mathematical formulation and modeling of instability during stator-rotor inter- actions in high speed nucleating flow
• Development of an improved three-dimensional mathematical model of high speed nucleating flow
• Sustainable alternative solid biofuel from biomass for carbon reduction in coal- fired power plant
• A parallel high resolution finite volume scheme for transient high speed com- pressible fluid dynamics employing domain decomposition on distributed memory architecture
• Experimental and numerical investigation on the laminar-turbulent flow tran- sition and heat transfer of nanofluids microchanne
• Experimental study and two-phase flow modeling on the heat transfer of nanoflu- ids in a corrugated channel
• Formulation of an improved method in estimating wet steam flow behaviour
• Fundamental Study of Transient Hypersonic Flows in Shock Tunnel at High Pressure Ratio
• Modelling of heat transfer in microscale liquid films using the Boundary Element Method (BEM)
• Numerical and experimental investigation of Lattice Boltzmann Method (LBM) for turbomachinery flow applications
• High Resolution Three Dimensional Computational Fluid Dynamics Solver based on Nomalized Variable Formulation
• An Experimental and Numerical Investigation of the Pumping Effect in Rotat- ing Orifices to Prevent Non-Contact Seal Leakage
• Innovation Of Ventilated Brake Disc Design For Cooling Improvement
• Analysis of Pelton Jet with Different Configurations
• Finite Element Analysis of Injection Clamp at Various Loading Conditions
• Study on the Optimal Operating Reserve for Determination of Reserve Margin Requirement for TNB Power System
• Modelling and Finite Element Analysis for Cooling Optimization in PDII Gas Turbine
• CFD and FEA Investigation of the Cameron Highland Sultan Abu Bakar Dam for Floating Trash Diverter System
• CFD Modeling on the Impact of Using Alternative Fuels on Gas Turbine Performance
• Hydro Turbine Model Development for Temenggor Hydro Station
• CFD Analysis of the Fuel Inlet Arrangements of a 150 kWFluidised Bed Gasifier
• Performance enhancement of TNB’s mini hydro stations - Case Study at Mini Hydro Sungai Renyok, Jeli, Kelantan
• TNB Roadmap Development on Selected Technologies: Combustion Efficiency
• Follow up Study : Incident Investigation on Gas Pipeline Leakages - CFD Analysis
• Design and development of an Automated Waste Discharge Equipment for Mega Element Sdn. Bhd.
• Research On Optimization Of Pulverizer Performance To Improve Coal Particls Size And Distribution Between PC Pipes
• Research on boiler temperature stability of coal power plant
• CFD Modelling on the Impact of Syngas Quality on Micro Gas Turbine Performance and Emissions
• Numerical Modeling of Self-Cleaning Mechanism for Enhancing the Intake System At Sultan Ismail Petra Power Station
• Numerical Simulation of In-Furnace Coal Blending Effect to Combustion Per- formance in Full Scale Furnace
• Development of Dynamic Model to Optimize the Coolong-Off Period in Gas Turbine (GE-F8) at Tunku Jaafar Power Station
• Research on the Performance of 11/0.413 kV, Dry Type Transformer
• CFD analysis on the flow into Air-Cooled Condenser (ACC) Unit at Gelugor Power Station
• Study on the impact of different types of coals to TNB coal-fired power plant
• Investigation of Boiler Drum Split Level Problem at TNB Janamanjung Sdn. Bhd.