Add to ORKGFree-piston diesel engines are characterized by freely moving pistons without any crankshaft or camshaft connected to the pistons. This allows a compact and efficient engine design, but requires automatic control of the piston motion. This paper present a dynamic mathematical model of a free-piston diesel engine, and a control oriented dynamic analysis leading to a piston motion control structure. Experimental results using a full scale test cylinder are included and show feasibility of the suggested control approach
A piston motion controller for a free-piston internal combustion engine is presented. To improve dyn...
This paper presents the modeling and simulation of a novel development of a free-piston engine in Mo...
The aim of this paper is to propose a design approach for a two-stroke free-piston diesel engine. A...
Free-piston engines are under investigation by a number of research groups due to potential fuel eff...
Free-piston engines are under investigation by a number of research groups due to potential fuel eff...
Free-piston engines are under investigation by a number of research groups due to potential fuel eff...
A new semifree-piston rotary generator concept is modelled dynamically and reduced to a single equat...
Free-piston engines are under investigation by a number of research groups worldwide, as an alternat...
A non-linear model for a single-cylinder diesel engine is developed. The model can be used as an eng...
Additional contributor: Dr. Zongxuan Sun, Department of Mechanical Engineering (faculty mentor)A fre...
Increasing requirements on products quality e.g. internal combustion engines, and growing demand on ...
A general design approach is presented for model-based control of piston position in a free-piston e...
The free piston internal combustion engine used in conjunction with a linear alternator offers an in...
In this study, by preparing a dynamic model for the system consisting of piston, piston rod, cranksh...
In this study, by preparing a dynamic model for the system consisting of piston, piston rod, cranksh...
A piston motion controller for a free-piston internal combustion engine is presented. To improve dyn...
This paper presents the modeling and simulation of a novel development of a free-piston engine in Mo...
The aim of this paper is to propose a design approach for a two-stroke free-piston diesel engine. A...
Free-piston engines are under investigation by a number of research groups due to potential fuel eff...
Free-piston engines are under investigation by a number of research groups due to potential fuel eff...
Free-piston engines are under investigation by a number of research groups due to potential fuel eff...
A new semifree-piston rotary generator concept is modelled dynamically and reduced to a single equat...
Free-piston engines are under investigation by a number of research groups worldwide, as an alternat...
A non-linear model for a single-cylinder diesel engine is developed. The model can be used as an eng...
Additional contributor: Dr. Zongxuan Sun, Department of Mechanical Engineering (faculty mentor)A fre...
Increasing requirements on products quality e.g. internal combustion engines, and growing demand on ...
A general design approach is presented for model-based control of piston position in a free-piston e...
The free piston internal combustion engine used in conjunction with a linear alternator offers an in...
In this study, by preparing a dynamic model for the system consisting of piston, piston rod, cranksh...
In this study, by preparing a dynamic model for the system consisting of piston, piston rod, cranksh...
A piston motion controller for a free-piston internal combustion engine is presented. To improve dyn...
This paper presents the modeling and simulation of a novel development of a free-piston engine in Mo...
The aim of this paper is to propose a design approach for a two-stroke free-piston diesel engine. A...