With ever increasing challenge in meeting emissions standards dictated by countries, engine manufacturers are turning to computer models to help predict engine performance. In order to reduce pollutant emissions, engines have to sacrifice some efficiency. By understanding the basic combustion processes, we further our knowledge into the physics behind actual phenomena in our bid to gain some control over it. One technology that benefits from this research is diesel combustion
A computationally efficient engine model is developed based on an extended NO emission model and sta...
The rapid development of computer hardware during the past decade has contributed substantially to a...
A computationally efficient engine model is developed based on an extended NO emission model and sta...
Three models were implemented, which are important for pollutant prediction in Diesel engines: igni...
At present, the problem of environment pollution draws people's attention increasingly. The internat...
The constant increase in pollutant emissions constraints has obliged automotive manufacturers to ado...
A detailed multi-zone thermodynamic simulation has been developed for the direct-injection (DI) dies...
The paper presents the development and validation of phenomenological predictive schemes for quasi-d...
Reduction of engine development time and cost is of primary interest for combustion engine manufactu...
Indiana University-Purdue University Indianapolis (IUPUI)Stringent regulatory requirements and moder...
This thesis describes the development of a thermodynamic phenomenological diesel engine heat-release...
The purpose of this study is offering a numerical model to predict the NOx formation of a diesel eng...
The intrinsic low-dimensional manifold (ILDM) method is a technique for automatic reduction of a det...
As more emphasis is placed worldwide on reducing greenhouse gas emissions, automobile manufacturers ...
This study uses CFD methodology to simulate an advanced Diesel engine operated at higher than conven...
A computationally efficient engine model is developed based on an extended NO emission model and sta...
The rapid development of computer hardware during the past decade has contributed substantially to a...
A computationally efficient engine model is developed based on an extended NO emission model and sta...
Three models were implemented, which are important for pollutant prediction in Diesel engines: igni...
At present, the problem of environment pollution draws people's attention increasingly. The internat...
The constant increase in pollutant emissions constraints has obliged automotive manufacturers to ado...
A detailed multi-zone thermodynamic simulation has been developed for the direct-injection (DI) dies...
The paper presents the development and validation of phenomenological predictive schemes for quasi-d...
Reduction of engine development time and cost is of primary interest for combustion engine manufactu...
Indiana University-Purdue University Indianapolis (IUPUI)Stringent regulatory requirements and moder...
This thesis describes the development of a thermodynamic phenomenological diesel engine heat-release...
The purpose of this study is offering a numerical model to predict the NOx formation of a diesel eng...
The intrinsic low-dimensional manifold (ILDM) method is a technique for automatic reduction of a det...
As more emphasis is placed worldwide on reducing greenhouse gas emissions, automobile manufacturers ...
This study uses CFD methodology to simulate an advanced Diesel engine operated at higher than conven...
A computationally efficient engine model is developed based on an extended NO emission model and sta...
The rapid development of computer hardware during the past decade has contributed substantially to a...
A computationally efficient engine model is developed based on an extended NO emission model and sta...