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Mechanical engineering / Pumps / Fluid dynamics / Hydraulics / Piping / Hydraulic drive system / Solenoid valve / Check valve / Variable displacement pump / Fluid mechanics / Valves / Fluid power


Document Date: 2013-02-05 01:33:40

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City

Dresden / Aachen / Bath / /

Company

London Hydraulic Power Company / HP / /

Country

Japan / United States / /

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Facility

STATE OF THE ART Matti Linjama Tampere University of Technology Department / Purdue University / /

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IndustryTerm

digital fluid power technology / parallel connected valve systems / digital hydraulic solution / water hydraulic power distribution network / fluid power technology / proper control electronics / energy consumption / potential and serious fluid power technology / integrated control electronics / technology calls / digital pumpmotor technology / Parallel connected systems / proper booster electronics / accumulator energy storing capacity / valve systems / hydraulic and pneumatic systems / electronics / compact device / energy efficiency / author‟s / active suspension systems / control electronics / automotive applications / energy saving methods / digital fluid power solutions / /

Organization

Digital Flow Control Unit / Tampere University of Technology Department of Intelligent Hydraulics / Purdue University / Linz Center on Mechatronics / /

Person

Scheidl / Sheidl / /

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Position

author / writer / display driver / /

Product

Citroën C5 / Seat Leone / /

Technology

Switching technologies / 358 3 3115 2240 ABSTRACT Digital fluid power technology / Flow Control / digital pumpmotor technology / frequency modulation / Parallel Connection Technology / simulation / Switching Technology / digital fluid power technology / digital camera / potential and serious fluid power technology / /

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