9. Internationales Fluidtechnisches Kolloquium Aachen 2014

  Urheberrecht: © ifas

2014 fand in Aachen das neunte Internationale fluidtechnische Kolloquium statt.

 

Vorwort

Sehr geehrte Damen und Herren,

im Namen des Organisationskomitees der 9. IFK freuen wir uns, dass Sie sich für die diesjährige Internationale Fluidtechnik-Konferenz entschieden haben. Herzlich willkommen in Aachen!

Die IFK, eine der weltweit größten wissenschaftlichen Konferenzen zur Fluidtechnik, führt Wissenschaftler und Industrie in einem internationalen Forum zum Wissensaustausch auf dem Gebiet der hydraulischen und pneumatischen Antriebs- und Steuerungstechnik zusammen. Die erste Tagung fand 1974 in Aachen statt. Seit 1998 veranstalten das Institut für fluidtechnische Antriebe und Steuerungen (IFAS) der RWTH Aachen und das Institut für Fluidtechnik (IFD) der TU Dresden die Tagung im zweijährigen Wechsel.

In diesem Jahr sind 141 wissenschaftliche Beiträge, Referenten und Teilnehmer aus 26 Ländern angemeldet. Eine Besonderheit der 9. IFK ist der integrierte Digital Fluid Power Workshop (DFP) am Montag. Um eine hohe Qualität der wissenschaftlichen Beiträge zu gewährleisten, hatten die Autoren der diesjährigen wissenschaftlichen Beiträge die Möglichkeit, ihre Arbeiten von einem Gremium renommierter Wissenschaftler begutachten zu lassen. Neben dem wissenschaftlichen Programm bietet eine Ausstellung von 36 verschiedenen Firmen die Möglichkeit, neue fluidtechnische Produkte zu entdecken.

Das Programm beginnt am Montagmorgen mit einem Symposium, bei dem Forscher vor allem aus Universitäten und anderen Forschungseinrichtungen die Möglichkeit haben, ihre Forschungsprojekte einer breiten internationalen Gemeinschaft von Wissenschaftlern vorzustellen. Am Abend des ersten Tages sind alle Teilnehmer zur Eröffnungsveranstaltung eingeladen, die den Startschuss für die Ausstellung gibt. Der zweite Tag beginnt mit der Eröffnungsrede, gefolgt von drei Plenarvorträgen. Am Dienstag und Mittwoch gibt es sieben Gruppen von drei parallelen Sitzungen mit Vorträgen, die eine breite Palette von anwendungs- und technologieorientierten Themen abdecken. Am Abend des zweiten Tages findet das Konferenzbankett im Krönungssaal des Aachener Rathauses statt. Im Anschluss an das Bankett findet eine After-Show-Party mit kühlen Getränken und Snacks in der Aula Carolina statt.

Die Konferenz endet mit zwei Abschlussvorträgen und der Abschiedsrede am Mittwochnachmittag, gefolgt von der Laborparty im IFAS. Während der Konferenz bietet das Kulturprogramm die Möglichkeit, die antike Umgebung Aachens zu erkunden und die Exkursion im Anschluss an die Konferenz am Donnerstag und Freitag lädt dazu ein, mehr über mehr über Industrieunternehmen zu erfahren.

Abschließend möchten wir uns bei allen Mitgliedern des Programm- und Organisationskomitees, des wissenschaftlichen Beirats, den Plenar- und Keynote-Speakern, Referenten, Gutachtern, Vorsitzenden und Ausstellern für ihre Zeit und ihr Engagement bedanken, die dazu beigetragen haben, eine weitere erfolgreiche und lohnende Konferenz durchzuführen, und wir hoffen, dass Sie den 9.

Univ.-Prof. Dr.-Ing. H. Murrenhoff

 

Publikationen

Die Publikationen des siebten IFKs können Sie der nachfolgenden Liste entnehmen. Die Proceedings sind am ifas oder direkt beim Shaker Verlag erhältlich (ISBN: Vol 1: 978-3-9816480-0-3, Vol 2: 978-3-9816480-1-0, Vol 3: 978-3-9816480-2-7).

GROUP SA - SIMULATION & VALIDATION

• Tobias Corneli - Development of a Hydrostatic Load Balancing System for Three-spindle Screw Pumps
• Stephan Wegner - Simulation of the tribological contact cylinder block / valve plate and influence of geometry and operating points on the friction torque in axial piston machines
• Karl Hartmann - A fast and universal method for deriving two-dimensional simulation parameters from complex pump geometries
• Atanas Mishev - Development of a new gerotor pump with innovative gerotor design and investigation of its hydraulic characteristics through CFD Analysis

GROUP SG - SYSTEMS

• Dr. Dirk Wehner - Development of a New Pressure-Compen- sator-Valve for Hydrostatic-Hydrodynamic Journal Bearings
• Robert Prabel - Norm-Optimal Iterative Learning Position Control for a Servo-Hydraulic Cylinder
• Ruilin Feng - MIMO Adaptive Robust Control of a Metal Powder Compaction Press
• Prof. Dr. Mao Hsiung Chiang - The Leveling Position Control and Active Anti-Vibration Control of a Four-axial Pneumatic Isolation System Using PWM-Driving Parallel Dual-On/Off Valves

GROUP SC - PNEUMATICS

• Florian Fritz - Approach of an energy assessment method for vacuum handling systems
• Elvira Rakova - Comparison of Methods for the Investigation on the Energetic Behaviour of Pneumatic Drives
• Johannes Storz - Designing a Hot Gas Bulge Test

GROUP SD - SYSTEMS

• Michael Sprengel - Investigation and Energetic Analysis of a Novel Blended Hydraulic Hybrid Power Split Transmission
• Philipp Pöttgen - Technical Operations Research (TOR) exemplified by a Hydrostatic Power Trans- mission System
• Sebastian Michel - Energy-efficiency and thermo energetic behaviour of electrohydraulic compact drives
• Qihuay Chen - The research on construction machinery potential energy regeneration

GROUP SJ - MOBILE

• Mikael Axin - A Hybrid of Pressure and Flow Control in Mobile Hydraulic Systems
• Min Cheng - Efficiency Improvement for Electrohydraulic Flow Sharing Systems
• Guido Francesco Ritelli - Experimental-Auto-Tuning Method for Active Vibration Damping Controller. The Case Study of a Hydraulic Crane
• Naseem Daher - New Steering Concept for Wheel Loaders

GROUP SF - MATERIALS & FLUIDS

• Dr. Tatiana Minav - Toward Better Energy Regeneration and Efficiency through Hydraulic Fluid Selection in an Electro-Hydraulic Forklift
• Stefan Heitzig - Measurement and Simulation of Friction Forces in Piston/Bushing-Contacts opera- ting with Tailor-Made Biofuels
• Dr. Franc Majdič - Piston-Type Accumulator for Water Power-Control Hydraulics

GROUP SB - DIGITAL FLUID POWER

• Tapio Lantela - Analysis of the performance of fast acting miniature solenoid actuator for digital valves
• Daniel Skelton - Design of High Performance Actuation System for Valves
• Miika Paloniitty - Concept of Digital Microhydraulic Valve System Utilising Lamination Technology
• Tobias Dreher - Systematic analysis of the performance potential of solenoids used in pneumatic switching valves
• Miikka Ketonen - Retrofitting digital hydraulics – An analytical study

GROUP SH - SIMULATIONS & VALIDATION

• Dr. Mohamed Elgamil - Dynamic Performance of Servovalves with Closed Center Type Pilot Stage
• Dr. David van Bebber - Computer Experiment - From Design of Experiment to System Optimization
• Prof. Dr. Victor Juliano De Negri - Analysis of the influence of geometric parameters on the characteristic curves of directional control valves
• Johannes Willkomm - Model Predictive Control of Speed- Variable Variable-Displacement Pumps to Optimize Energy Efficiency

GROUP SL - COMPONENTS

• Yang Li - Design and Analysis of a Novel Direct Drive Pump Based on Collaborative Rectification
• Andrew Schenk - A transient fluid structure interaction model for lubrication between the slipper and swashplate in axial piston machines
• Barbara Jennewein - Effects of dynamic loads on the wear of rotary shaft seals
• Prof. Andrea Vacca - An Experimental Investigation of the Lateral Lubricating Gaps in External Gear Machines with Axially Balanced Lateral Bushes
• Prof. Jing Li - Investigation on the Thermodynamic Characteristics of a Hydraulic Piston Accumulator

GROUP SE - DIGITAL FLUID POWER

• Christoph Gradl - A pulse-frequency controlled hydraulic drive for the elastic deformation of a structure
• Mikko Heikkilä - Digital Hydraulic Power Management System with Five Independent Outlets – Simulation Study of Displacement Controlled Excavator Crane
• Christian Stauch - Flatness Based Control for a Digital Hydraulic System
• Andreas Plöckinger - Digital Hydraulics for An Industrial Micro- Positioning System
• Markus Flor - Generating application benefits by using an intelligent combination of digital hydraulics throttle control and variable-speed displacement unit drives

GROUP SK - SIMULATION & VALIDATION

• Satoru Ohashi - The simple measurement method of the viscoelastic character in a viscoelastic pipe
• Dr. Gudrun Mikota - A multi-degrees-of-freedom model for hydraulic pipeline systems
• Dr. Marat Gimadiev - Simulation and Experimental Results of Unsteady Flow in Pipe System of Processing Plant
• Vasil Slavov - Simulation of the dynamic behaviour of hydraulic hoses
• Tobias Speicher - New system optimization opportunities by simulation based line tuning

GROUP SI - COMPONENTS

• Massimiliano Ruggeri - A novel fault tolerant high precision roto-traslating spool valve
• Dr. Zengmeng Zhang - Research on High-Strength Water Hydraulic Artificial Muscle for Underwater Manipulator
• Stefan Hein - Contribution to the innovation of the measuring dynamics in the oil hydraulics

GROUP A - NEW APPLICATIONS

• Thomas Schiepp - Magnetic Shape Memory Actuators for Fluidic Applications
• Dr. Peter Tappe - COILRAM – Pulsed Force Generation for Extreme Valve Challenges
• Daniel Barfuß - Lightweight hydraulic components in novel multi-material-design for mobileapplications

GROUP B - PNEUMATICS

• Dr. Wolfgang Gauchel - Using thermodynamic changes of condition for describing system behaviour of air compressor stations
• Christian von Grabe - Efficiency Improvements by Air Recupe- ration through the Use of Ejectors and its Application

GROUP C - SIMULATION & VALIDATION

• Christoph Krimpmann - Intuitive Objective Definition for the automated Optimization of Hydraulic Valves
• Kento Kumagai - Renewed Study of Vibration Phenomenon in Poppet Type Valve
• Olivier Reinertz - Simulative optimisation of a novel commutation valve for servopneumatic rotational drives
• Dr. QingHui Yuan - Flow Forces Investigation through Computational Fluid Dynamics and Experimental Study

GROUP D - SYSTEMS

• Dr. Klaus Roosen - Energetic optimisation of variable speed pump systems towards European Ecodesign directive
• Dr. Christoph Boes - Electro hydrostatic Actuators for industrial Applications

GROUP I - SIMULATION & VALIDATION

• Dr. Christian Raksch - Determination of reliability parameters of hydraulic components for safety applications in industrial and mobile machines
• Katharina Schrank - A New Approach to Model a Multi-phase Hydraulic Capacity and its Experimental Validation
• Johannes Untch - Approach for the investigation and evaluation of hydraulic tank designs regarding air in oil behaviour
• Oliver Koch - Real-time models for hardware-in-the-loop simulation of hydraulic drive and control systems

GROUP E - COMPONENTS

• Prof. Dr. Wieslaw Fiebig - A vane pump integrated with an electric motor
• Dirk Schulze Schencking - Systematic influence of hydrostatic displacement unit efficiency in operating range
• Dr. Liselott Ericson - Swash Plate Oscillations due to Piston Forces in Variable In-line Pumps

GROUP G - MOBILE

• Milos Vukovic - STEAM – a holistic approach to designing excavator systems
• Markus Schneider - Green Wheel Loader – Development of an energy efficient drive and control system

GROUP H - SYSTEMS

• Bert Brahmer - Drives for Punching and Forming Machines: How Hydraulics compare to Current Electromechanical Systems
• Juliane Weber - Thermo-Energetic Analysis of the Fluidic Cooling Systems in Tooling Machines
• Ulrich Walter - Assistance system to support the start-up procedure of electro hydraulic drives
• Prof. Dr. Željko Šitum - Improving performance of a hydraulic press with real-time nonlinear control

GROUP F - PNEUMATICS

• Matthias Doll - How big is the efficiency of pneumatic drives? An experiment provides clarity!
• Prof. Dr. Wolfgang Ertel - Model Free Diagnosis of Pneumatic Systems using Machine Learning
• Dr. Jan Bredau - Efficient use of compressed air in the body construction
• Albrecht Winter - Mechatronic System Engineering of Vacuum Gripping Systems
• Albrecht Winter - Mechatronic System Engineering of Vacuum Gripping Systems

ROUP J - SIMULATION

• Tadej Tašner - Energy efficiency of different electrohydraulic drives
• Lionel Broglia Patron - Performance and Energy Consumption simulators of hydraulic hybrid off- highway vehicles
• Dr. Heiko Baum - Hybrid Pump Model for 1D Hydraulic System Simulation

GROUP K - MOBILE APPLICATIONS

• Taghi Akbarian - System integration and presentation of optimised drive solution with diesel engines in the Tier 4 emission level
• Roman Krähling - Integration of Online Condition Monitoring (OCM) Sensor Systems for Hydraulics in Remote Interrogative Systems
• Kalle Einola - Dimensioning and Control of a Hydraulic Hybrid System of a Cut-To-Length Forest Harvester
• Henri Hänninenv - Improving Energy Efficiency of Reach Truck Utilizing Hydraulic Transformer Based Recovery System

GROUP L - COMPONENTS

• Dr. Siegfried Lösch - Piston with regular structured cellular core - Cellular Piston
• Klaus Mössinger - A New Approach - Injection-Moulded Hydraulic Tanks for Mobile Applications
• Dr. Olaf Stelling - Composite High Pressure Hydraulic Actuators for Lightweight Applications
• Dr. Kristian Müller-Niehuus - Size optimized sealing systems via systematic integration of functional areas

GROUP M - RENEWABLE ENERGY

• Dr. Niels Diepeveen - Preliminary Design of the Hydraulic Drive Train for a 500kW Prototype Offshore Wind Turbine
• Johannes Schmitz - Hydrostatic transmission for wind turbines - Comparison of different configurations and their applicability
• Yukio Kamizuru - Development of Hydrostatic Drive Trains and Dielectric Elastomer Generators for Wave Energy Conversion
• Dominic Dießel - Analysis of Characteristics for Transmissions in oscillating marine Wave Energy Converters

GROUP N - SYSTEMS

• Arkadiusz Winnicki - A New Concept of Hybrid Displacement- throttled Control of Electro-hydraulic Servo Systems
• Can Du - Load Prediction-based Energy-efficient Hydraulic Actuation of a Robotic Arm
• Tobias Corneli - Employing Hydraulic Transmission for Light Weight Dynamic Absorber

GROUP O - COMPONENTS

• Dr. Tom Ströhla - Fast Switching and Low Power Valve using Polarised Resonance Electromagnets
• Prof. Dr. Jyh-Chyang Renn - Two-stage Large-stroke Proportional Linear Motor
• Prof. Dr. Hong Ji - Mechanism of relief valve pressure maladjustment induced by solid particles
• Dr. Lucian Nascutiu - High Performance Actuators for Fluid Power Drives

GROUP P - COMPONENTS

• Dr. Wolfgang Bauer - 4/3 proportional valve with only one solenoid: A new technology for position control in suspension systems
• Dany Abboud - Condition monitoring of gear pumps using cyclostationarity
• Martin Dimitrov - Measurement System by Printed Thin Pressure Sensor Array
• Dr. Stuart Lunt - Onboard Laboratory: Latest Developments in Oil Condition Monitoring for Mobile and Industrial Applications

GROUP Q - SIMULATION & VALIDATION

• Cristian Ferrari - Methods of Computational Fluid Dynamics for a CVT Transmission Lubrication System of Agricultural Tractor
• Dr. Jochen Lang - Simulation Methods for Elastohydrodynamically Coupled Hydraulic Components
• Björn Scherweit - Longwall Mining Simulation
• Christian Schleihs - 3D-CFD simulation of an axial piston displacement unit

GROUP R - AUTOMOTIVE TECHNOLOGY

• Werner Döhla - Further development of valve technology in vehicle’s hydraulic roll control systems
• Philipp Hedrich - Design of an Active Air Spring Damper
• Sarah Flottmeier - Test Rig for the Hardware-in-the-Loop Simulation of Mechatronic Axles
• JiBin Hu - Research on the Speed Ratio Follow-up Control of Hydro-mechanical Transmission

GROUP S - MOBILE APPLICATIONS

• Dr. Martin Inderelst - Rating of Efficiency Improvements in Mobile Hydraulic Systems
• Emmanuel Viennet - Hybrid Systems Set New Requirements on Hydrostatic Units
• Jan Schröter - Development of High Speed Electrical Drives for Machinery - Challenges and Potential Solutions
• Andrè Sitte - Design of independent metering control systems

GROUP T - NEW APPLICATIONS

• Cord Neemeyer - DIVO® - Utilize pneumatic technology to reduce the burden of drowning in scuba diving
• Dr. Reinhard Schiffers - Wizard-based operator guidance for finding the energetic optimal machine setting in hydraulically driven injection moulding machines
• Ingo Ernst - Energy recuperation with a hydraulic LASCO servo direct drive for a 8.000 kN deep-drawing press
• Dr. Markus Krach - Energy efficient hydro piston accumulator with sensor system

GROUP U - FLUIDS AND SYSTEMS

• Wolfgang Bock - Fire-Resistant Hydraulic Fluids for Industrial and Mining Application - New Developments in Water-Free HFDU Fluids
• Felizia Saile - New fluid rating procedure and fluid test at Bosch Rexroth
• Jan Schumacher - Will it Work? Fluid Power and Functional Safety

GROUP SYSTEMS

• Gunnar Grossschmidt - Effective Modeling and Simulation of Complicated Fluid Power Systems
• Min Yu - Research on Hydraulic Network Control System for Intelligent Excavator
• Shuang Wang - Experimental Study of Pressure Pulse Test Stand Based on Servo-control

GROUP SIMULATION AND VALIDATION

• Prof. Dr. Dragutin Debeljkovic - Stability analysis of the robotic manipulators with time delay

GROUP ENERGY MANAGEMENT

• Dr. Ing. Catalin Dumitrescu - Experimental research regarding the recuperation/recovery of rotational kinetic energy from equipments or mechanisms with hydraulic drive
• Dr. Tatiana Minav - Energy Regeneration and Efficiency in an Electro-Hydraulic Forklift with Lithium-Titanate Batteries
• Shuji Kasuya - Energy Saving of Intermittently Operated Oil Hydraulic Pump Unit Driven by Gasoline Engine Using Hydraulic Assist with Accumulator for Restart

GROUP PNEUMATICS

• Dr. Tomonori Kato - Feed-forward control of arbitrary pressure pulsation generator for testing gas flow meters
• Valentin Falkenhahn - Offline Trajectory Planning of a Pneumatically Actuated, Continuum Manipulator on the Example of the Bionic Handling Assistant
• GROUP NEW APPLICATIONS
• Prof. Dr. Yongjun Gong - Premixed High pressure abrasive water jet cutting under water

GROUP COMPONENTS

• Shizhen Li - A Novel Parallel Piloted Valve Applied in Servo Die Cushion with Mechanical Feedforward Compensation of Velocity Difference
• Prof. Dr. Yeh-sun Hong - Investigation on the power losses of hydrostatic piston shoe bearings for swash plate type axial piston pumps under mixed friction conditions

GROUP MOBILE APPLICATIONS

• Dr. Tatiana Minav - Direct driven hydraulic drive

GROUP DIGITAL FLUID POWER (DFP)

• Matti Karvonen - Inspections on control performance of a digital hydraulic power management system supplying digital and proportional valve driven multi-actuator system
• Prof. Dr. Ilcho Angelov - Research analysis of dynamic processes occurring in pipelines with digitally controlled hydraulic valve