Compare Efficiency and Characteristics according to the WGT and VGT Application on the Off-road Engines |
Shin, Jaesik
(Korea Automotive Technology Institute)
kang, Jungho (Korea Automotive Technology Institute) Ha, Hyeongsoo (Korea Automotive Technology Institute) Jung, Haksup (Department of R&D center, Kukje Machinery Company) Pyo, Sukang (Department of R&D center, Kukje Machinery Company) |
1 | Heywood, J.B., Internal Combustion Engine Fundamentals, McGraw Hill, 1988. |
2 | M. Durnholz, G. Eifler and H. Endres, Exhaustgas Recirculation - A Measure to Reduce Exhaust Emissions of DI Diesel Engines, SAE 920725, 1992. |
3 | L. Mikulic, M. Kuhn, J. Schommers and E. Willig, Exhaust-emission Optimization of DIdiesel Passenger Car Engine with High-pressure Fuel Injection and EGR, SAE 931035, 1993. |
4 | Y.S. Park, B.G. Oh, M.K. Lee and M.W Sunwoo, Development of Turbine Mass Flow Rate Model for Variable Geometry Turbocharger Using Artificial Neural Network, ransactions of the Korean Society of Mechanical Engineers - B, Vol.34, No. 8, pp.783-790, 2010. DOI |
5 | J. G. Hawley, F. J. Wallace, A. Cox, R. W. Horrocks and G. L. Bird, Variable geometry turbocharging for lower emissions and improved torque characteristics, IMechE, Vol. 213, Part D., 1999. |
6 | N. Waston and M. S. Janota, Turbocharging the Internal Combution Engine, McMillan Press, Ch4, 1982. |
7 | J.E. Chung, J.W. Chung, J.H. Kang, Development of a turbine performance model in variable geometry turbocharger KASE Conference Proceedings, 2009, 214-219. |
8 | C.H. Hyun, K.H. Jung, C.S. Jung, B.M. Doo, Y. G. Koo. Comparision of WGT and VGT Turbocharger for EGR system of Heavy-Duty Diesel Engine for meeting EURO-V. KASE Conference Proceedings, 2008, 269-274. |