Paper Info
Title
Modeling and Simulation of Dynamic Characteristics of a Bipropellant-Powered Hydraulic Free Piston Engine
Abstract
Bipropellant-powered hydrauLic free piston engine (BHFPE) is a new type HFPE, which takes advantage of bipropellant in place of conventional fossil fuel, and employs catalytic ignition instead of spark or compression ignition. Under the alternative drive of the left and right combustion chamber, free piston assembly (FPA) within the BHFPE moves Linearly back and forth between left and right extremes and pumps hydrauLic fluid to drive load. Different from crankshaft engine, owing no crank-Link mechanism, the motion of FPA depends entirely on forces that acting on it. Based on introduction of the basic configuration of the BHFPE, the working process and features were described first, and then mathematical models are estabLished as well as simulation of dynamic characteristics are carried out.
Year
DOI
Venue
2011
10.1109/ICDMA.2011.183
ICDMA
Keywords
Field
DocType
bipropellant-powered hydraulic free piston,dynamic characteristics,pumps hydraulic fluid,basic configuration,right extreme,free piston assembly,right combustion chamber,compression ignition,crankshaft engine,alternative drive,catalytic ignition,acceleration,modeling and simulation,fluid dynamics,heating,hydraulic systems,fluids,pistons,valves,fossil fuels,combustion,engines,mathematical model
Free-piston engine,Ignition timing,Automotive engineering,Ignition system,Hydraulic fluid,Combustion chamber,Hydraulic machinery,Crankshaft,Piston,Mechanical engineering,Engineering
Conference
Citations 
PageRank 
References 
0
0.34
0
Authors
4
Name
Order
Citations
PageRank
Xia Bizhong100.34
Xiaoliang Li2287.12
Haibo Xie301.35
Huayong Yang4229.10