content 1.Study methodology 2.Exergy loss calculation and analysis 3.Application of the low Exloss thermo-dynamic parameters in a Real engine 4.The possibility reaching to super high thermo-efficiency
R & D History to Future 1975 to 1990:First energy crisis → Fuel consumption reduction and alternative fuels(hydrogen,methanol);Understanding of engine processes including knocking;Homogeneous lean com
Content Ⅰ.The Big Picture Ⅱ.2-Stroke BUSDIG engine concept Ⅲ.Efficiency Walk of BUSDIG engine Internal Combustion Engines Production:·80 million produced in China 2016(140 Million Worldwide?)Why Inter
Contents 1 Introduction 2 Challenge for Realization of Sustainable Mobility 3 Powertrain Development at TOYOTA 4 Collaboration with Engine and Fuel Technology 5 Summary Environment Surrounding Automot
Content Background & introduction Exergy Destructions of the Combustion Process The combustion technology based on controllable kinetic pathway Conclusions The pathway to improve the TE Improving the
The electrostatic "potential" for energy-conversion processes Limitation of pressure driven injection of liquid fuels:Fuel mass that determines engine load is inherently interwoven with fuel momentum