"A Survey of Modeling and Control of Piezoelectric Actuators"
written by Jingyang Peng, Xiongbiao Chen,
published by Modern Mechanical Engineering, Vol.3 No.1, 2013
has been cited by the following article(s):
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[11] Laser Beam Pointing Control With Piezoelectric Actuator Model Learning
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[12] The artificial neural network modelling of the piezoelectric actuator vibrations using laser displacement sensor
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[13] A Comparative Study of Open-loop and Closed-loop Control Schemes for Hysteresis in a d33-mode Piezoelectric Actuator
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[14] Linear and quadratic solid–shell finite elements SHB8PSE and SHB20E for the modeling of piezoelectric sandwich structures
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[15] New linear and quadratic prismatic piezoelectric solid–shell finite elements
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[16] 一类不匹配未知干扰基于两步干扰观测器的估计
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[17] High bandwidth microgripper with integrated force sensors and position estimation for the grasp of multistiffness microcomponents
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[18] A fast non-singular terminal sliding mode control based on perturbation estimation for piezoelectric actuators systems
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[19] Optimisation globale des lois de commande de la stabilisation inertielle d'un imageur sur critère optronique: Application à un imageur à deux étages de stabilisation.
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[21] Analysis of an operator-differential model for magnetostrictive energy harvesting
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[22] A monolithic MEMS position sensor for closed-loop high-speed atomic force microscopy
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[23] High Bandwidth Microgripper with Integrated Force Sensors and Position Estimation for the Grasp of Multi-stiffness Microcomponents
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[24] A layered shell containing patches of piezoelectric fibers and interdigitated electrodes: Finite element modeling and experimental validation
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[25] Estimation for a Class of Unknown Frequency Disturbance Using Two-Step Nonlinear Disturbance Observer
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[26] Real-space post-processing correction of thermal drift and piezoelectric actuator nonlinearities in scanning tunneling microscope images
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[27] 压电定位系统的自抗扰控制设计
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[28] Integrated terminal sliding with enhanced repetitive control for nono-positioing stage
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[29] Microrobotique et Micromécatronique pour la Réalisation de Tâches de Micro-Assemblage Complexes et Précises.
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[30] ANFIS controller based on RBF identification for piezoelectric actuator in a positioning system
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[31] An Inversion-free Predictive Controller for Piezoelectric Actuators Based on A Dynamic Linearized Neural Network Model
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[32] Neural Network Based Nonlinear Model Predictive Control for Piezoelectric Actuators
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[33] An inversion-free model predictive control with error compensation for piezoelectric actuators
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[34] An incremental Hammerstein-like modeling approach for the decoupled creep, vibration and hysteresis dynamics of piezoelectric actuator
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[35] Modelling of Hysteresis in Vibration Control Systems by means of the Bouc-Wen Model
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[36] Chenkun Qi, Feng Gao, Han-Xiong Li, Shaoyuan Li, Xianchao Zhao & Yi Dong
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[37] Development of System Identification for Piezoelectric Patch Actuator
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[38] Neural-network-based nonlinear model predictive control for piezoelectric actuators
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[39] Development of System Identification for Piezoelectric Patch Actuator.
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[40] DISPLACEMENT CONTROL OF PIEZOELECTRIC PATCH ACTUATOR USING PID CONTROLLER.
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[41] Model-free force tracking control of piezoelectric actuators: Application to variable damping actuator
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[42] Recent Advances in the Control of Piezoelectric Actuators
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[43] Development of ETM microgrippers using Topology Optimization
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[44] DISPLACEMENT CONTROL OF PIEZOELECTRIC PATCH ACTUATOR USING PID CONTROLLER
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[45] Motion Control of Smart Material Based Actuators: Modeling, Controller Design and Experimental Evaluation
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