International Conference Fluid Power 2023: Conference Proceedings
Keywords:
international conference, fluid power, science and profession,, inovations, achievementsSynopsis
The International Fluid Power Conference is a two day event, intended for all those professionally-involved with hydraulic or pneumatic power devices and for all those, wishing to be informed about the ‘state of the art’, new discoveries and innovations within the field of hydraulics and pneumatics. All papers included in the conference program are reviewed and collected in the conference proceedings. The gathering of experts at this conference in Maribor has been a tradition since 1995, and is organised by the Faculty of Mechanical Engineering at the University of Maribor, in Slovenia. Fluid Power conferences are organised every second year and cover those principal technical events within the field of fluid power technologies in Slovenia, and throughout this region of Europe. This year's conference is taking place on the 20th and 21th September in Maribor
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- 3D Printing for Hydraulic Components 3D Printing for Hydraulic Components
- Cleanliness of Valve Components – Research of Basic Washing Parameters Through Measuring Dynamic Surface Tension of Liquids Cleanliness of Valve Components – Research of Basic Washing Parameters Through Measuring Dynamic Surface Tension of Liquids
- Air Release and Foaming Properties of Fresh Hydraulic Oils Air Release and Foaming Properties of Fresh Hydraulic Oils
- Air Release of Used Hydraulic Mineral-based Oils Air Release of Used Hydraulic Mineral-based Oils
- Polymers For Sustainable Hydraulic Valves Tested in Water, Glycerol-water Mixture and Hydraulic Oil Polymers For Sustainable Hydraulic Valves Tested in Water, Glycerol-water Mixture and Hydraulic Oil
- Implementation of External Matlab Closed-loop Controllers Within Beckhoff Soft-PLC Controller Implementation of External Matlab Closed-loop Controllers Within Beckhoff Soft-PLC Controller
- EOL Valve Test Bench Automatization EOL Valve Test Bench Automatization
- Gear Pump Hydraulic Testing and Simulation Gear Pump Hydraulic Testing and Simulation
- Simulation Analysis of Influential Parameters Effecting the Hydraulic Press Behaviour Simulation Analysis of Influential Parameters Effecting the Hydraulic Press Behaviour
- Mud Pump Pressure Pulsation Control Systems Mud Pump Pressure Pulsation Control Systems
- Analysis of Valve Plate Stress in an Axial Piston Pump Analysis of Valve Plate Stress in an Axial Piston Pump
- Design and Control of Miniature Water Vessels Design and Control of Miniature Water Vessels
- Development of a New Hydraulic Freewheeling Valve HCC-200 Development of a New Hydraulic Freewheeling Valve HCC-200
- Design Guidelines for Non-standard Plugs Design Guidelines for Non-standard Plugs
- Fluid Power Microcredentials - New Possibilities to Acquire Necessary Knowledge Fluid Power Microcredentials - New Possibilities to Acquire Necessary Knowledge
- Didactics in I4.0 Fluid Power Systems Didactics in I4.0 Fluid Power Systems
- Innovative Mechatronic Systems with Advanced Control Methods Innovative Mechatronic Systems with Advanced Control Methods
- Oscillation Problems by the Use of Moog D633 Proportional Control Valves Due to Spool Oscillation and Avoidance by Changing Hose Lengths and Controller Behaviour Oscillation Problems by the Use of Moog D633 Proportional Control Valves Due to Spool Oscillation and Avoidance by Changing Hose Lengths and Controller Behaviour
- A Contribution to Research Into the Design and Analysis of a Hydraulic Robotic Arm A Contribution to Research Into the Design and Analysis of a Hydraulic Robotic Arm
- Optimization of Axial Piston Water Pumps in the Development Phase Optimization of Axial Piston Water Pumps in the Development Phase
- The Influence of the Tilt Angle of the Inclined Plate on the Gradient of the Pressure Increase in the Piston-axial Pump Cylinder The Influence of the Tilt Angle of the Inclined Plate on the Gradient of the Pressure Increase in the Piston-axial Pump Cylinder
- A Simulation Study on the Feasibility of Valve Spool Stabilization Under the Influence of Spool Core Elasticity A Simulation Study on the Feasibility of Valve Spool Stabilization Under the Influence of Spool Core Elasticity
- Tool for the Design and Simulation of Hydrostatic Bearings in Machine Tools Tool for the Design and Simulation of Hydrostatic Bearings in Machine Tools
- Wave Propagation in Hydraulic Transmission Lines - State of the Art in Efficient Simulation Models Wave Propagation in Hydraulic Transmission Lines - State of the Art in Efficient Simulation Models
- Legal Requirements of Hydraulic Power Units Legal Requirements of Hydraulic Power Units
- Fluid Power Technology and Development Trends Fluid Power Technology and Development Trends
Published
September 14, 2023
Series
Categories
Copyright (c) 2023 University of Maribor, University Press
Details about the available publication format: PDF
PDF
ISBN-13 (15)
978-961-286-781-2
Details about the available publication format: Softback (free)
Softback (free)
ISBN-13 (15)
978-961-286-782-9
COBISS.SI ID (00)
Date of first publication (11)
2023-09-14
Physical Dimensions
16.5cm x 23.5cm x 2cm
How to Cite
(Ed.). (2023). International Conference Fluid Power 2023: Conference Proceedings (Vols. 2023). University of Maribor Press. https://doi.org/10.18690/um.fs.5.2023
