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Development of a spark plug fuel injector for direct injection of natural ags in spark ignition engine

By Taib Iskandar Mohamad

Abstract

In the name of God, The Most Gracious, The Most Merciful. By His will, this thesis has been completed as another episode of knowledge seeking and contribution. The author wishes to express a greatest gratitude to the academic supervisor for this project, Dr. Matthew Harrison and Professor Douglas Greenhalgh for their warmth, continuous guidance and support, priceless knowledge and expertise, and kindly understanding. Secondly, author's deepest appreciation to Dr. Mark Jermy, the initial supervisor for this project, for his ideas, understanding, support, availability and generosity for providing assistance both in author's academic and private life. To my mother and father whose supplications and encouragements have given me strength to complete this work. To my family whose support during this course of studies has given me comfort. To my parents in-law and siblings in-law, thank you for your support. My dearest gratitude to the beloved wife, Ira for standing by my side and giving me continuous support throughout this course of study and the hardship of life due to it. Your sacrifice is priceless. To my children, Balgis, Naufal, Nadiyah and Safiyah, you are my source of inspirations. A special thank to Dr. Glenn Sherwood, Tim Lee, Brian Scully, Richard Kennewell, Alan Hutching, and all others for providing technical supports during the experiment works. To Andreas, Eudoxios, Anni, Edouard, Fatiha, Alessio, Andy and Adam, I thank you all for the friendship and helps during my studies

Publisher: Cranfield University
Year: 2006
OAI identifier: oai:dspace.lib.cranfield.ac.uk:1826/4436
Provided by: Cranfield CERES

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Citations

  1. (1986). A Comparison of Natural Gas and Gasoline in a Spark Ignition Engine, Proceedings, Gaseous Fuels for Transportation I,
  2. (1990). A Proposal for a Finite-Element Force Approximation of an Automotive Magnetic Actuator, doi
  3. (2006). A Simulation Model for the Combustion Process of Natural Gas Engines with Pilot Diesel Fuel as an Ignition Source, doi
  4. (1997). Alternative Fuels Guidebook: Properties, Storage, Dispensing and Vehicle Facility Modifications, doi
  5. (1996). An Investigation into a use of Pie f<o-Fluidic Combined Units as Fuel Injectors for Natural Gas Engines, doi
  6. (2003). Analysis of mixing distribution in an engine-like configuration, doi
  7. (1994). Analysis of the Injection Process in Direct Injected Natural Gas Engines: Part I- doi
  8. (1994). Analysis of the Injection Process in Direct Injected Natural Gas Engines: Part II - doi
  9. (1995). Automotive Fuels Reference Book, 2n''
  10. (1987). Catalytic Converter for Natural Gas Fuelled Engines -A Measurement and Control Problem, doi
  11. (2002). Combustion of Methane Directly Injected in Quiescent Air in a Constant Volume Chamber,
  12. (2000). Direct Injection Systems for Spark Ignition and Compression Engines, doi
  13. (2003). Enhancement of Methane-air Mixing Using Shock and Expansion waves, doi
  14. (1980). Further Refinement and Validation of Turbulent Flame Propagation Model for Spark Ignition Engines. Combustion and Flames. doi
  15. (2003). Greener energy solutions for sustainable future: issues and challenges for Malaysia, doi
  16. (2002). Introduction to Practical Fluid Flow, doi
  17. (1996). Laboratory experience with the use of natural gas fuel in IC engines,
  18. (2000). Life-Cycle Analysis of Alternative Automobile Fuel/Propulsion Technologies, doi
  19. (1992). Low-emission Combustion Chamber Design,
  20. (2001). Materials Science for Electrical and Electronic Engineers,
  21. (2000). Maximum mixing times for methane and air, doi
  22. (1964). Mixing in Turbulent Axially Symmetric Free Jets, doi
  23. (1998). Optimizing Gaseous Fuel-Air Mixing in Direct Injection Engines using an RNG Based k-eModel, doi
  24. (1992). Personal Computer Design Software for magnetic Analyriravd Dynamic Simulation of a two-valve Solenoid Actuator, doi
  25. (2000). Planar Laser Imaging in Flow Visualization; Techniques and Examples, Smits, A doi
  26. (1990). Substitute Fuels for Road Tranrport A technology Assessment.
  27. (1992). Sustainable Mobility: A Systems Approach to Determining The Role of Electric Vehicles, paper contained
  28. (1977). The Magnetic Properties of Solids,
  29. (2004). The nature of early flame development in a lean-burn stratified-charge spark ignition engine, doi
  30. (1963). The Theory of Turbulent Jets,
  31. (2006). Tracer-LIF diagnostics: quantitative measurement of fuel concentration, temperature and fuel/air ratio in practical combustion systems, doi
  32. (1975). translated from Teoreticherkie Ornog Khimicherkoi Tekhnologii,

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