Hamiltonian Modeling and Structure Modified Control of Diesel Engine

Neural Modeling and Control of Diesel Engine with Pollution Constraints

Soot Modeling in Diesel Engine

This paper presents an advanced version of the original software developed by the author in order to simulate the combustion in the Diesel engines, focusing on simulate soot formation. Complex kinetic mechanisms are need for realistic modeling of shoot formations, but this is applicable only for simple flame computations (e.g. one dimensional, laminar, etc.). For real turbulent flame calculatio...

Radiation modeling of a turbulent diffusion flame in diesel engine

The purpose of this study is to investigate the effect of radiation heat transfer on temperature distribution and heat flux to the walls of a diesel engine. A diffusion flame is modeled in a simple cylindrical geometry and boundary conditions are defined. A specific solver which can model the turbulent diffusion flame by considering radiation in participating media is used to solve the problem....

Free-Piston Diesel Engine Dynamics and Control

Free-piston diesel engines are characterized by freely moving pistons without any rigid crankshaft or camshaft connected to the pistons. This allows a highly compact and e cient engine design, but requires automatic control of the piston motion. This paper present a dynamic mathematical model of a free-piston diesel engine, a control oriented dynamic analysis, and a novel computer-based piston ...

Modeling the DARPA Diesel Engine in ProEngineer

ThE'se Ilotes summarize my experience modeling all moving parts of the DARPA dipsel f"ngine wit.h Pro/Ellgineer 8.0. The purpose of the execCi.9E' has bpf'll to investigatf' t.he suitabilit.y and effectiveness of the design paradigm of an industrial modeling 5yst,em.