基本信息Basicinformation
姓名Name：Ting Zhang
学历EducationBackground：2010.09-2014.09Doctoral candidate, Mechanical engineering, ShangHai JiaoTongUniversity (P.R. China)
职称ProfessionalTitle：AssociateProfessor
职务Post：
研究方向ResearchInterests: Vibration Control
学术成果AcademicPublication:
[1] Zhang T,Li HG andBi Y. Hysteresis characteristics influence on the super-harmonicvibration of a bi-stable piezoelectric energy harvester. Journal ofLow Frequency Noise Vibration and Active Control, 2018, 37(4):1003-1014.
[2] Ting Zhang, YingPan, Lijie Cao. Dynamical Model for an Interharmonic Property of aPiezoelectric Bimorph Cantilever Beam with Self-Sensing Function.Shock and Vibration, 2016, 2016:1-9.
[3] Zhang T, Li HG,Zhong ZY, et al. Hysteresis model and adaptive vibration suppressionfor a smart beam with time delay. Journal of Sound and Vibration,2015, 358:35-47.
[4] T Zhang, HG Li, GPCai, FC Li. Experimental Verifications of Vibration Suppression foraSmart Cantilever Beam with a Modified Velocity Feedback Controller,Shock and Vibration, 2014,172570(9pp).
[5] Zhang T, Yang BT,Li HG, Meng G. Dynamic Modeling and Adaptive Control of aGiantMagnetostrictive Actuator for Vibration Control. Sensors andActuators A: Physical, 2013, 190:96–105.
[6] Zhang T, Li HG.Adaptive Pole Placement Control for Vibration Control of a SmartCantileveredBeam in Thermal Environment. Journal of Vibration andControl, 2013, 19(10) 1460 – 1470.
[7] Zhang T, Li HG, CaiGP. Hysteresis Identification and Adaptive Vibration Control for aSmartCantilever Beam by a Piezoelectric Actuator. Sensors andActuators A: Physical, 2013, 203:168-175.
[8] T Zhang, HG Li, JJZhao. Vibration Control and Dynamical Model of aThermal-Electrical-Mechanical Coupled Smart Cantilevered Beam,Advanced Engineering Forum, 2012, 2-3:535-540.
[9] Ting Zhang, HaoLina, Chunlei Wang. The Periodic Output Feedback Control for CreepCharacteristics of IPMC. Chinese Control and Decision Conference,2010, 3992-3997.
[10] Li Jun, ZhangTing, Wu Zidong et al. A breeze energy harvesting of vibration causedwith a cantilevered piezoelectric beam. Vibroengineering Procedia,2019, 29: 49-53.
[11] Pan Y, Zhang T.Dynamical model of a fault phenomenon and reliability analysis for acircuit breaker in a vibration environment. VibroengineeringProcedia, 2019, 23: 43-48.
联系方式Contactdetails: Tel: 021-67791193, Email: Zhangt@sues.edu.cn
