Intelligent Control and Automation

Intelligent Control and Automation

ISSN Print: 2153-0653
ISSN Online: 2153-0661
www.scirp.org/journal/ica
E-mail: ica@scirp.org
"Dynamic Friction Behaviors of Pneumatic Cylinders"
written by Xuan Bo Tran, Hideki Yanada,
published by Intelligent Control and Automation, Vol.4 No.2, 2013
has been cited by the following article(s):
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[14] Behavior of friction in pneumatic cylinders with different relative humidity
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[15] Behavior of Friction in Pneumatic Cylinders with Different Relative Humidity.
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[16] Friction Characteristics of a Cylinder Based on a Bridge-Type Pneumatic Energy-saving Circuit
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[18] Experimental Study of Friction Characteristics of Pneumatic Cylinders
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[19] Pneumatic actuator supported with hydraulic system
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[20] The Influence of Vacuum Level on the Friction Force Acting on the Pneumatic Cylinder Sealing Ring
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[21] Étude théorique et expérimentale des systèmes d'étanchéité par joints pneumatiques
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[22] Friction Torque Estimation Of Vane Type Semi-Rotary Pneumatic Actuators In The Form Of Combined Coulomb-Viscous Model
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[23] Development of a Test Apparatus for Estimation of Friction Parameters at Linear Pneumatic Cylinders
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[24] Siłownik pneumatyczny wspomagany układem hydraulicznym
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[25] Effects of friction models on simulation of pneumatic cylinder
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[26] Experimental and Numerical Studies of Dynamic Behaviors of a Hydraulic Power Take-Off Cylinder Using Spectral Representation Method
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[27] Trajectory tracking control of a pneumatically actuated 6-DOF Gough–Stewart parallel robot using Backstepping-Sliding Mode controller and geometry-based quasi …
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[28] Inference on results obtained by experimenting to control speed and precise extension of a pneumatic cylinder in a cost-effective manner
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[30] 基于智能气缸的功能可配置机械手的设计
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[31] DYNAMIC FRICTION BEHAVIOUR IN PRE-SLIDING REGIME OF PNEUMATIC ACTUATORS
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[35] Initial Design of an Optical-Access Piston Expansion Chamber for Wet-Expansion
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[36] Design of an Optical-access Expansion Chamber for Two-phase Expansion
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[37] Human Energy Involved in Manual and Mechanically Facilitate Harvesting of Saffron Flowers
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[38] Experimental and numerical studies of dynamic behaviours of a hydraulic power take-off cylinder using spectral representation method
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[40] Dynamic friction behavior in pre-sliding regime of pneumatic actuators
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[41] Pneumatikus lineáris hajtások energetikai optimalizálása
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[42] Modeling of a Variable-BVR Rotary Valve Free Piston Expander/Compressor
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[43] Modelling and Preliminary Design of a Variable-BVR Rotary Valve Expander with an Integrated Linear Generator
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[44] Experimental Analysis of Tribological Behaviour of Advanced Composite Spools Used in Commercial Pneumatic Spool Valves
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[45] Projektowanie i badanie adaptacyjnych pneumatycznych absorberów energii uderzenia
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[46] Human Energy Consumption During Harvesting of Saffron Flowers
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[47] Modelling and characterization of a modified 3-DoF pneumatic Gough-Stewart platform
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[48] An Experimental Study on Friction Identification of a Pneumatic Actuator and Dynamic Modeling of a Proportional Valve
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[49] DC Motor Friction Identification With ANFIS and LS-SVM Method
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[50] A Portable Light System for Saffron Harvesting
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[51] Повышение эксплуатационных характеристик пневмоагрегатов ударного действия путем выбора их рациональной структуры и параметров
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[52] Design of 22-DOF pneumatically actuated upper body for child android 'Affetto'
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[53] A new mathematical model of friction for pneumatic cylinders
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[54] Identification of Friction Parameters in Pneumatic Cylinders using a Combined Real-Time and Simulation Environment
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[55] A mechanical saffron flower harvesting system
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[56] A portable light weight system for saffron harvesting
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[57] EXPERIMENTAL INVESTIGATION OF FRICTION BEHAVIOR IN PRE-SLIDING REGIME FOR PNEUMATIC CYLINDER
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[58] Числове моделювання динаміки пневматичного циліндра з керованим дросельним демпірфуванням
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[59] Effect of Friction Models on Simulation of Hydraulic Steering System
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