Dr Eddie Ly
Math & Geospatial Sciences
+61 3 9925 2526
Science, Engineering & Health
- Mathematics and Statistics Single-Course Coordinator (RMIT Training Pty. Ltd.)
- Mathematics and Statistics First-Year Coordinator
- Ph.D. (Mathematics), RMIT University, Australia, 2000
- Bachelor of Engineering (Aerospace Engineering, First Class Honours), RMIT University, Australia, 1996
- Bachelor of Applied Sciences (Mathematics, Distinction), RMIT University, Australia, 1995
List of credentials granted
Certificate of Completion of Engineering Training at Gas Turbine Division of Kawasaki Heavy Industries (KHI) Ltd., Akashi City, Japan, 1994
- Jan 2012 – Present:
First-Year Coordinator (Mathematics & Statistics), School of Mathematical and Geospatial Sciences, RMIT University, Melbourne, Australia.
- Apr 2003 – Dec 2011:
Lecturer, School of Mathematical and Geospatial Sciences, RMIT University, Melbourne, Australia
- Mar 2001 - Mar 2003:
STA/JSPS Research Fellow, Structures and Materials Research Centre, National Aerospace Laboratory of Japan (NAL), Tokyo, Japan
- Feb 2000 - Feb 2001:
Research Scientist (CFD Modeller), Weapons Systems Division, Systems Sciences Laboratory, Defence Science and Technology Organisation (DSTO), Salisbury, Australia
- Mar 1998 - Dec 1999:
Lecturer, Department of Mathematics, RMIT University, Melbourne, Australia
- Mar 1996 - Dec 1997:
Tutor, Department of Mathematics, RMIT University, Melbourne, Australia
- Dec 1993 - Feb 1994:
Research Student, Gas Turbine Division, Gas Turbine and Machinery Company, Kawasaki Heavy Industries (KHI) Ltd., Akashi City, Hyogo Prefecture, Japan
The subjects I have taught were first-year engineering mathematics subjects and Matlab programming to the engineering students (aerospace, chemical, electrical, environmental, mechanical and manufacturing engineering).Besides that, I have also taught programming in Maple to the first-year mathematics degree students, numerical methods and Fourier integral transforms to second-year engineering students, and integral transformations and special functions to the final-year mathematics degree students.
RMIT College of Science, Engineering and Health Academic Development Group Action Research in Teaching & Learning (ARTL) Scheme 2009
Project Title: Using Project-based Teaching and Assessment with Task Evaluation and Reflection Instrument for Student Self-Assessment (TERRISA) to Improve Engineering Students Learning Experience in Mathematical Programming
Duration: July 2009 to December 2009
- Numerical analysis, modellings and methods;
- Finite difference method, finite element method and finite volume method;
- Computational fluid dynamics (CFD);
- Computational aerodynamics and aeroelasticity of aircraft wing in subsonic and transonic speed regimes;
- Develop finite difference scheme based computer codes that solve the Transonic Small Disturbance (TSD) Equation subject to non-reflective far-field boundary conditions. The code has the capabilities to generate steady-state, full unsteady, time-linearised time-domain and time-linearised frequency-domain solutions in short turn-around times on modern personal computing platforms;
- Multi-cores programming;
- Computational financial derivatives and modelling of financial markets.
- RMIT Emerging Researcher Grant Scheme 2006
Title: Exact Dynamic Grid Systems for Numerical Aerodynamics
Simulations of Flaperon-Configured Wings
Duration: Oct 2006 ~ Dec 2007
Value: AU $10,000
- Australian Postgraduate Award (APA) Scholarship, Jan. 1996 to Jun. 1999 (Australian Government, Australia)
- Science and Technology Agency (STA) Fellowship Award, Mar. 2001 to Mar. 2003 (Commissioned by the Japan Science and Technology Corporation (JSTC), Japan Society for the Promotion of Science (JSPS) and Australian Academy of Sciences, Australia)
Research Students Supervision
- Mr Daniel Norrison (PhD student), graduated in 2010.
Research Title: Numerical Simulation of Complex Turbulent Flows
Research Description: Aircraft are not rigid, but aeroelastic structures. This means that they are susceptible to an in-flight phenomenon known as flutter. Flutter is an aerodynamically induced vibration of the wing, tail or other part of the aircraft, which can result in complete structural failure. Of particular interest are the Australian designed and built General Aircraft Factory (GAF) Nomad N22 and N24 aircraft. The Nomad is a twin-turboprop utility aircraft, originally designed primarily as a short-take-off and landing (STOL) utility aircraft for short/medium-range transportation. The flaperon configuration, unique to the Nomad aircraft, has been identified as the cause of the low-speed flutter problem. The aim of this PhD research project is to attain a better understanding of the development of low-speed flutter for wings of flaperon configuration. This will involve creating grid generation codes and solvers for the Euler and Navier-Stokes equations, coupled with an appropriate turbulent model.
- Mr Robert Barrett (Honours Student), graduated 2010.
Research Title: Simulation of Transonic Flows using Quad-Core OpenMP Euler, Flux-Modified Transonic Small Disturbance and FLUENT Codes
- Mr Andrew James Becker (PhD student, DSTO), commenced July 2011.
Research Title: A Methodology for Determining Limits Applied to Inductive Wear Debris Sensors
Supervisors: Prof. Sylvester Abanteriba (RMIT SAMME, primary supervisor), Dr Eddie Ly (RMIT SMGS, second supervisor), Dr David Forrester (DSTO Melbourne, research consultant, Mr Andreas Pelz (Rolls Royce, Deutschland, research consultant)
Research Description: The presence of wear debris in lubricating oil systems can be a valuable indicator of incipient failure of important dynamic components such as gears, bearings and shafts. Traditionally, wear debris has been detected by the laboratory analysis of routine oil samples, inspection of magnetic chip detectors or the analysis of filter elements, all of which have significant limitations. Recently, in-line inductive wear debris sensors have been developed commercially that can be installed in the scavenge oil lines of a lubricating oil system to detect wear debris in near-real time. These sensors have found some application in the wind power, aviation and general industrial sectors. One important aspect that has been missing in relation to these sensors is a validated and logical methodology for setting appropriate limits. As with all condition monitoring techniques, if no meaningful limits are applied then the program is likely to degenerate into a data collecting exercise potentially resulting in incipient failures being undetected. The proposed research would develop and investigate several novel methodologies associated with establishing and applying wear debris limits specifically for application to in-line inductive wear debris sensors. Additionally, validation of the methods will be attempted using experimental data derived from full scale gearbox test rigs. Finally, a method for modifying the derived limits based on the consequences of failure will be developed.
- Editorial Team Member of the Mathematics in Engineering, Science and Aerospace (MESA), The Transdisciplinary International Journal
- Ly, E., Norrison, D., and Barrett, A.R., "Simulation of Transonic Flows using Quad-Core OpenMP Euler, Flux Modified Transonic Small Disturbance and FLUENT Codes", ANZIAM Journal, Vol. 51, pp. C155-C168, April 2010.
- Ly, E., and Norrison, D., "Application of Method of False Transients to Generate Smooth Grids around a Body in Motion", ANZIAM Journal, Vol. 50, pp. C505-C518, Dec 2008.
- Norrison, D., and Ly, E., "OpenMP Performance with an Euler Code on an Intel based Personal Computer", ANZIAM Journal, Vol. 49, pp. C576-C590, June 2008.
- Norrison, D., and Ly, E., "Comparison of Results from Turbulence Models for the Nomad", ANZIAM Journal, Vol. 48, pp. C591-C604, Dec 2007.
- Ly, E., and Norrison, D., "Generating Elliptic Grids in Three Dimensions by a Method of False Transients", ANZIAM Journal, Vol. 49, pp. C170-C183, Nov 2007.
- Ly, E., and Norrison, D., "Automatic Elliptic Grid Generation by an Approximate Factorisation Algorithm", ANZIAM Journal, Vol 48, pp. C188-C202, 2007.
- Ly, E., Gear, J.A., and Tamayama, M., "Simulations of Transonic Flow Fields around an Elastic Arrow Wing", ANZIAM Journal, Vol. 47, pp. C310-C324, 2006.
- Ly, E., and Nakamichi, J., "Time-Linearised Transonic Computations Including Entropy, Vorticity and Shock Wave Motion Effects", The Aeronautical Journal, Vol. 7, No. 1077, pp. 687-695, Nov 2003.
- Ly, E., and Gear, J.A., "Time-Linearized Transonic Computations Including Shock Wave Motion Effects", Journal of Aircraft, Vol. 39, No. 6, pp. 964-972, Nov-Dec 2002.
- Ly, E., and Nakamichi, J., "Efficient Time-Linearised TSD Computations Including the Effects of Shock-Generated Entropy, Vorticity and Shock Wave Motion", Proceedings of Lectures and Workshop International - Recent Advances in Multidisciplinary Technology and Modeling (Invited Lecture), JAXA Special Publication JAXA-SP-07-008E, Japan Aerospace Exploration Agency (JAXA), Tokyo, Japan, pages 1-8, Feb 2008.
- Ly, E., and Nakamichi, J., "Algorithm for Calculating Time-Linearised Transonic Solutions Including Shock Motion and Shock-Generated Entropy and Vorticity Effects", Proceedings of the Japan Society for Aeronautical and Space Sciences (JSASS) 16th International Sessions in 40th Aircraft Symposium Incorporating Japan-Korea Joint Symposium 2002, JSASS, Yokohama, Japan, pp. 117-120, Oct 2002.
- Ly, E., and Nakamichi, J., "Time-Linearised Transonic Small Disturbance Code Including Entropy and Vorticity Effects", Proceedings of the 23rd Congress of the International Council of the Aeronautical Sciences (ICAS) Conference (ICAS2002), ICAS and AIAA, Toronto, Canada, Sep 2002.
- Ly, E., and Gear, J.A., "Time-Linearised Calculations of Unsteady Transonic Flow", Proceedings of the Fourth Biennial Engineering Mathematics and Applications Conference (EMAC2000), R.L. May, G.F. Fitz-Gerald, and I.H. Grundy, editors, The Institution of Engineers of Australia (IEAust), Melbourne, Australia, 2000, pp. 191-194.
- Ly, E., and Norrison, D., Transonic Computations using Quad-Core OpenMP Euler and Flux-Modified TSD Solvers, Mathematics and Statistics Research Report 2009/06, School of Mathematical and Geospatial Sciences (SMGS), College of Science, Engineering and Health (SEH), RMIT University, Melbourne, Australia, Sep 2009, 13 pages.
- Ly, E., and Norrison, D., Development of an Efficient Approximate Factorisation Code for Generating Three-Dimensional Grids, Mathematics and Statistics Research Report 2007/03, School of Mathematical and Geospatial Sciences (SMGS), College of Science, Engineeing and Health (SEH), RMIT University, Melbourne, Australia, Nov 2007, 15 pages.
- Norrison, D., and Ly, E., FLUENT Simulations of Airflow around Aerofoils, Mathematics and Statistics Research Report 2006/06, School of Mathematical and Geospatial Sciences (SMGS), College of Science, Engineering and Health (SEH), RMIT University, Melbourne, Australia, Oct 2006, 16 pages.
- Ly, E., and Norrison, D., An Approximate Factorisation Algorithm for Generating Elliptic Grids with Grid Clustering Capability, Mathematics and Statistics Research Report 2006/03, School of Mathematical and Geospatial Sciences (SMGS), College of Science, Engineering and Health (SEH), RMIT University, Melbourne, Australia, Aug 2006, 16 pages.
- Ly, E., and Norrison, D., Automatic Structured Grid Generation by an Approximate Factorisation Algorithm, Mathematics and Statistics Research Report 2006/02, School of Mathematical and Geospatial Sciences (SMGS), College of Science, Engineering and Health (SEH), RMIT University, Melbourne, Australia, July 2006, 29 pages.
Lectures and Workshops
Nakamichi, J., and Ly, E., "Efficient Unsteady Aerodynamic Computations by TSD Including the Effects of Entropy, Vorticity and Shock Wave Motion," presented by Dr Jiro Nakamchi at Lectures and Workshop Internation: Recent Advances in Multidisciplinary Technology and Modeling, May 23-25, 2007, Japan Aerospace Exploration Agency (JAXA), Tokyo, Japan.