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Ijaz Fazil - Expert in Wind Turbine Simulation and CFD Analyses

Welcome to the career portfolio of Ijaz Fazil, a dedicated and meticulous professional in mechanical and aerospace engineering. With expertise in Blade Element Momentum theory, wind turbine simulation, and CFD analyses, Ijaz has made significant contributions to the field. Explore his educational background, areas of expertise, achievements, publications, and experiences as a research and consulting engineer. Discover the challenges faced, key contributions made, and ongoing projects.

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Ijaz Fazil - Expert in Wind Turbine Simulation and CFD Analyses

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  1. Career Portfolio Ijaz Fazil B.E., M.Sc., (Ph.D) School of Mechanical and Aerospace Engineering Nanyang Technological University

  2. Welcome AboutMe • Straightforward • Meticulous • Friendly • I love humanity and respect those who respect me, my beliefs and my nation

  3. Education Background

  4. Area of Expertise

  5. Achievements • Proposed new methodology to improve Blade Element Momentum (BEM) theory to account for Stall Delay • Full rotor wind turbine simulation under different ABL

  6. Publications • Ijaz Fazil Syed Ahmed Kabir, Ng Yin Kwee, Eddie, Insight into Stall delay and Computation of 3D NREL Phase VI turbine Aerofoil Characteristics using Inverse BEM and its Implementation in BEM Analysis to account for Stall Delay, Energy, 120 (2017): 518-536 and also Highlighted by REGInnovations as a key scientific article. (Cited by 2) • Naima Benkari, Ijaz Fazil, and Afzal Husain, Design and Performance Comparison of Two Patterns of Wind-catcher for a Semi-enclosed Courtyard, International Journal of Mechanical Engineering and Robotics Research, 6(2017): 396-400. (Cited by 1) • Ijaz Fazil Syed Ahmed Kabir, Ng Yin Kwee, Eddie, Effect of the atmospheric boundary layer on wake characteristics of NREL Phase VI turbine, Renewable Energy. (Under review in Renewable Energy). • Ijaz Fazil Syed Ahmed Kabir, Ng Yin Kwee, Eddie, Investigation on the potency of analytical wind turbine wake models for velocity deficit and turbulence intensity by rivalling with the benchmark full rotor CFD predictions (Prepared).

  7. Experiences • Research Assistant Sultan Qaboos University Oman

  8. Experiences (cont.) • Executive Engineer (CFD) Ignesis Consultants, Singapore

  9. Experiences (cont.) • Senior Consulting Engineer (CFD) Adzaan Consulting Services, Singapore Key Contributions • CFD analyses for Woodleigh water treatment plant • Developing inhouse model for Flare Radiation Modelling

  10. Heat Exchanger Modelling • In 2006 • PreFYP during Bachelors • Air Cooled Steam Condenser • LMTD method • Fabricated the demo by • our team • Masters in NUS • Energy Engineering (Grade:A) • Convective Heat Transfer (Grade:A-).

  11. Thermal Conductivity • Effective thermal conductivities of particle reinforced composites • Ansys Parametric Design Language (APDL) • Genetic Programming (GP)

  12. Atmospheric Dispersion Modelling • Challenging Project • Tallest Warehouse in Singapore • Started using AerMOD • Ended using CFD (FDS) Challenges • No proper data provided about flue gases • Boss (Husband) to me: buy AerMOD immediately • HR (Wife) to me: Wait until PO • Finally they both concluded to use CFD (FDS)

  13. Fractional Effective Dose (Thermal) • Error in FDS 5 • It can be noticed at all points FED computed from formula sheet has good agreement with FDS on using temperature in Celsius on computation of Concentration of CO. • While FED computed on using Temperature in Kelvin predicts higher value than FDS

  14. Pump Sump Modelling • Multiphase Flow • OpenFOAM • Air Entrainment Study

  15. Thanking You All

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