Advanced Direct Injection Combustion Engine Technologies And Development
Content
- Overview Of Gasoline Direct Injection Engines
- H Zhao, Brunel University, UK
- Introduction
- Overview Of Direct Injection Gasoline Engines
- Potential And Technologies For High efficiency Direct
- Injection (DI) Gasoline Engine
- High pressure Fuel Injection System
- Exhaust Emissions And Aftertreatment Devices
- Summary
- References
- Stratified charge Combustion In Direct Injection Gasoline
- Engines
- Introduction
- Thermodynamic And Combustion Process
- Production Engines With Stratified Gasoline Direct
- Injection (GDI)
- Future Trends
- References
- The Turbocharged Direct Injection Spark ignition Engine
- J W G Turner And R J Pearson, Lotus Engineering, UK
- Introduction
- Historical Background: Turbocharg ing For High Specific Output
- Problems And Challenges Associated With Turbocharging The
Spark ignition (SI) Engine
- Advantages Of Combining Direct Injection And Turbocharging In
- Spark ignition (SI) Engines
- Challenges Of Applying Direct Injection To A Turbocharged
- Spark ignition (SI) Engine
- Future Trends And Possibilities
- Summary
- References
- The Lean Boost Combustion System For Improved Fuel
- Economy
- T Lake, J Stokes, R Osborne, R Murphy And M Keenan,
- Ricardo UK Ltd, UK
- Pressures On The Gasoline Engine
- Downsizing Strategies
- The Lean boost Direct Injection (LBDI) Concept
- Exhaust Emissions Control: Drive cycle Emissions
- Exhaust Emissions Control: Off cycle Emissions
- Selective Catalytic Reduction (SCR) Control As An
- Alternative To Lean Trap (LNT)
- Conclusions
- Future Trends
