内容

目次

A comparison of two methods applied to the optimization of fluid powercircuits; integration of ADAMS and WINSIMU simulation software; an overviewof recent developments in bond graph modelling shown in a fluid powercontext; tap water hydraulic control systems for medium power applicationareas; failure modes and effects analysis of a valve-controlled hydrostaticdrive; sliding surface design for discrete sliding mode control andapplication to a pneumatic positioning system; influence of the speed controlvalve position on the pneumatic cylinder response; characteristicsmeasurement of pneumatic flow control values using isothermal chamber;experience with a pneumatic Cartesian robot and the need for a practicalfriction compensator; some static and dynamic considerations in the design ofa direct sensing pressure relief valve; new type of poppet valve with 2degrees of freedom; a study of a PWM-controlled logic valve; a simple modelfor filtration and maintenance costs in fluid power systems; development andinvestigation of an energy saving hydraulic linear drive; estimators forinitial conditions for optimization in learning hydraulic systems; simulationfo pressure propagation of compressible fluid in pipes using thermal bondgraphs; design and analysis of a load simulator of pressure propagation ofcompressible fluid in pipes using thermal bond graphs; design and analysis ofa load simulator for testing hydraulic valves; dynamic performance of watertemperature control valves; hydraulic systems for continuously variable chaindrives; displacement controlled hydrostatic power transimission with tractioncontrol; an application of the identification method using self-excitedoscillation to a hydraulic motor/load system.