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2021
1.Wang Xuefeng,*Huan Ronghua,Zhu Weiqiu,Pu Dong,*Wei Xueyong.Frequency saturation in the internal resonance of two coupled micro-resonators with frequency ratio 1:3.Mechanical Systems and Signal Processing,146:106981,2021.
2.Pu Dong,Yang Pengzhe,Wang Xuefeng,*Huan Ronghua,Jiang Zhuangde,*Wei Xueyong.Anomalous amplitude-frequency dependence in a micromechanical resonator under synchronization.Nonlinear Dynamics,103(1),467-479.2021.
3.Wang Xuefeng,*Huan Ronghua,Zhu Weiqiu,Shi Zhan,*Wei Xueyong.Amplitude region for triggering frequency locking in internal resonance response of two nonlinearly coupled micro-resonators.International Journal of Non-Linear Mechanics.130:103673,2021.
2020
1.Xuefeng Wang,*Xueyong Wei,Dong Pu,*Ronghua Huan.Single-electron detection utilizing coupled nonlinear micro-resonators.Microsystems&Nanoengineering,6(1):78,2020.
3.Rongchun Hu,Xudong Gu,*Ronghua Huan,Zichen Deng.Response and reliability analysis of random-time-delay controlled systems undergo wide-band random excitations.Mechanical Systems and Signal Processing.Under review.
4.Qiangfeng Lü,Xuefeng Wang,Ke Lu and*Ronghua Huan.Stochastic optimal control using piezoelectric stack inertial actuator.Shock and Vibration.Accepted.
2019
1.Dong Pu,Xuan Chen,Wenxin Zhu,Juan Ren,Kai Chen,Zhuangde Jiang,*Ronghua Huan and*Xueyong Wei.Synchronization amplification in micromechanical oscillators for remote charge-sensing.Submitted.
2.R.H.Huan,D.Pu,X.F.Wang and*X.Y.Wei.Effects of phase delay on synchronization in a nonlinear micromechanical oscillator.Applied Physics Letters.(2019).114:233501.
3.R.C.Hu,X.F.Wang,X.D.Gu,*R.H.Huan.Nonlinear stochastic optimal control of MDOF partially observable linear systems excited by combined harmonic and wide-band noises.International Journal of Structural Stability and Dynamics.(2019),19:1950019.
4.J.S.Du,*X.Y.Wei,J.Ren,J.H.Wang and*R.H.Huan,Micromechanical Vibration Absorber for Frequency Stability improvement of DETF Oscillator.Journal of Micromechanics and Microengineering.(2019),29:045005.
5.L.Xia,*R.H.Huan,W.Q.Zhu,C.X.Zhu.Reshaping of the probability density function of nonlinear stochastic systems against abrupt changes.Journal of Vibration and Control.2019,DOI:.
6.Jiao-Jiao Sun,Wei-qiu Zhu,Fai Ma,*Rong-Hua Huan.Reliability of a class of nonlinear systems under switching random excitations.Nonlinear Dynamics.DOI:10.1007/s11071-019-05405-8.
7.Wang S,Pu D,Huan RH,Jiang ZD,Shen Y,Wei XY.A MEMS accelerometer based on synchronizing DETF oscillators.Proceedings of the IEEE International Conference on MEMS.(2019),8870824:660-663.
8.Ying,ZG,Hu,RC and*Huan RH.Stochastic Minimax Vibration Control for Uncertain Nonlinear Quasi-Hamiltonian Systems with Noisy Observations.International Journal of Acoustics&Vibration(2019),24(4):707-716.
2018
1.X.F.Wang,*R.H.Huan,D.Pu,W.Q.Zhu and*X.Y.Wei.Effect of nonlinearity on axial force sensitivity in a T-shape micromechanical tuning fork resonator.Journal of Micromechanics and Microengineering.(2018),28:125012.
2.Z.G.Ying,R.C.Hu and*R.H.Huan.Stochastic Minimax Vibration Control for Uncertain Nonlinear Quasi-Hamiltonian Systems with Noisy Observations.International Journal of Acoustics and Vibration.Accepted.
3.R.C.Hu,Q.F.Lü,X.F.Wang,Z.G.Ying,*R.H.Huan.Probability-weighted optimal control for nonlinear stochastic vibrating systems with random time-delay.Shock and Vibration.(2018),5636541.
4.Ying,Z.G.,Ni,Y.Q.,*Huan,R.H.Vibration Response Characteristics of Quasi-Periodic Sandwich Beam with Magnetorheological Visco-Elastomer Core under Random Support Excitations.Journal of Vibration and Acoustics,Transactions of the ASME.(2018),140(5),051017.
5.Huan,R.H.,Pu,D.,Wei,X.Y.Phase switch in the stochastic response of a micromechanical beam resonator.Acta Mechanica.(2018),229(5):2177-2187.
6.Pu,D.,*Wei,X.,Xu,L.,Jiang,Z.,*Huan,R.H.Synchronization of electrically coupled micromechanical oscillators with a frequency ratio of 3:1.Applied Physics Letters.(2018)112(1):013503.
2017
1.Wei,X.Y.,Zhang T.Y.,Jiang Z.D.,*Ren J.,*Huan R.H.Frequency latching in nonlinear micromechanical resonators.Applied Physics Letters.(2017),110,143506.
2.Pu D,*Huan RH,*Wei X.Frequency stability improvement for piezoresistive micromechanical oscillators via synchronization.AIP Advances,(2017),7(3):035204.
3.Pan S.S,Zhu W.Q,Hu R.C,*Huan R.H.Stationary response of stochastically excited nonlinear systems with continuous-time Markov jump.Journal Of Zhejiang University-Science A.(2017),18(2):83-91.
4.Zhou N.,*Huan R.H.Asymptotic stability of delay-controlled nonlinear stochastic systems with actuator failures.Shock and Vibration,(2017),2017:9081709.
5.Ying Z.G.,Hu R.C.,*Huan R.H.Optimal Vibration Control for Structural Quasi-Hamiltonian Systems with Noised Observations.International Journal of Acoustics and Vibration.(2017),22:233-241
6.Pu,D,*Huan RH,Wei XY.Frequency stability of micromechanical beam oscillator under subharmonic synchronization.TRANSDUCERS 2017-19th International Conference on Solid-State Sensors,Actuators and Microsystems.2017,1931-1934.
2016
1.Huan,R.H.,Zhu,W.Q.,Hu,R.C.,&Ying,Z.G.Asymptotic Stability With Probability One of Random-Time-Delay-Controlled Quasi-Integrable Hamiltonian Systems.Journal Of Applied Me chanics-Transactions Of the Asme,(2016),83(9):091009.
2.T.Zhang,J.Ren,*X.Y.Wei,*R.H.Huan.Nonlinear coupling of flexural mode and extensional bulk mode in micromechanical resonators.Applied Physics Letters,(2016),109(22):224102.
3.R.H.Huan,W.Q.Zhu,F.Ma,Z.G.Ying.Asymptotic stability of a class of nonlinear stochastic systems undergoing Markovian jumps.Probabilistic Engineering Mechanics,(2016),45:13-21.
4.Huang,Z.L.,Jin,X.L.,Huan,R.H.,&Zhu,W.Q.Typical dielectric elastomer structures:dynamics and application in structural vibration control.Journal Of Zhejiang University-Science A,(2016),17(5),335-352.
5.Huan,R.H.,Hu,R.C.,Pu,D.,&Zhu,W.Q.Optimal Vibration Control of a Class of Nonlinear Stochastic Systems with Markovian Jump.Shock And Vibration.(2016)2016:9641075.
2015
1.R.H.Huan,W.Q.Zhu,F.Ma,Z.G.Ying.Stationary response of a class of nonlinear stochastic systems undergoing Markovian jumps.Journal of Applied Mechanics-ASME.(2015),82:051008.
2.R.H.Huan,L.X.Chen,J.-Q.Sun.Multi-objective optimal design of active delayed vibration absorber.Journal of Sound and Vibration.(2015),339:56-64.
3.Z.G.Ying,Y.Q.Ni,*R.H.Huan.Stochastic microvibration response analysis of a magnetorheological viscoelastomer based sandwich beam under localized magnetic fields,Applied Mathematical Modelling,(2015),39:5559-5566.
4.宦荣华，马云双，郝琪，朱位秋.随机激励的非线性Markov跳变系统的稳态响应.动力学与控制学报，2015,2:165-169.
2014
1.R.H.Huan,Zhu,W.Q,Ma,F,Liu Z.H,Effects of Fast Harmonic Parametric Excitation on Stochastically Exited Pantograph-catenary System,Shock And Vibration,(2014)2014:792673.
2.R.H.Huan,Zhu,W.Q,Ma,F,Ying,Z.G,Vertical Dynamics of a Pantograph Carbon-Strip Suspension under Stochastic Contact-Force Excitation,Nonlinear Dynamics,(2014)76:765–776.
2013及以前
1.X.P.Li,Z.H.Liu,R.H.Huan,W.Q.Zhu,Asymptotic Lyapunov stability with probability one of quasi linear systems subject to multi-time-delayed feedback control and wide-band parametric random excitation,Archive of Applied Mechanics,79(2009)1051-1061.
2.X.P.Li,R.H.Huan,D.M.Wei,Feedback minimization of the first-passage failure of a hysteretic system under random excitations,Probabilistic Engineering Mechanics,25(2010)245-248.
3.R.H.Huan,M.Deng,W.Zhu,Optimal control strategies for stochastically excited quasi partially integrable Hamiltonian systems,Acta Mechanica Sinica,23(2007)311-319.
4.R.H.Huan,W.-Q.Zhu,Y.-J.Wu,Nonlinear stochastic optimal bounded control of hysteretic systems with actuator saturation,Journal of Zhejiang University:Science A,9(2008)351-357.
5.Y.J.Wu,R.H.Huan,First-passage failure minimization of stochastic Duffing-Rayleigh-Mathieu system,Mechanics Research Communications,35(2008)447-453.
6.L.C.Chen,R.-H.Huan,W.-Q.Zhu,Feedback maximization of reliability of MDOF quasi integrable-Hamiltonian systems under combined harmonic and white noise excitations,Journal of Zhejiang University:Science A,10(2009)1245-1251.
7.R.H.Huan,L.Chen,W.Jin,W.Zhu,Stochastic optimal vibration control of partially observable nonlinear quasi hamiltonian systems with actuator saturation,Acta Mechanica Solida Sinica,22(2009)143-151.
8.R.H.Huan,Y.Wu,W.Zhu,Stochastic optimal bounded control of MDOF quasi nonintegrable-Hamiltonian systems with actuator saturation,Archive of Applied Mechanics,79(2009)157-168.
9.R.H.Huan,W.Q.Zhu,Stochastic optimal control of quasi integrable Hamiltonian systems subject to actuator saturation,JVC/Journal of Vibration and Control,15(2009)85-99.
10.R.H.Huan,X.P.Li,Y.J.Wu,W.Q.Zhu,Optimal bounded semi-active control of hysteretic systems with MR damper,Advances in Structural Engineering,13(2010)1199-1205.
11.R.H.Huan,Z.G.Ying,W.L.Jin,W.Q.Zhu,Minimax optimal control of uncertain quasi-integrable Hamiltonian systems with time-delayed bounded feedback,Probabilistic Engineering Mechanics,25(2010)271-278.
12.Y.Wu,C.Feng,R.H.Huan,Optimal bounded control for stationary response of strongly nonlinear oscillators under combined harmonic and wide-band noise excitations,Mathematical Problems in Engineering,2011(2011).
13.R.H.Huan,G.F.Pan,W.Q.Zhu,Dynamics of pantograph-catenary system considering local singularities of contact wire with critical wavelengths,Lecture Notes in Electrical Engineering,147 LNEE(2012)319-333.
14.宦荣华,焦京海,苏光辉,刘天赋,朱位秋，计及接触线垂向不平顺的弓网耦合动力学分析.铁道学报，2012 7:24-29.
15.宦荣华，宋亚轻，朱位秋，基于相干分析的接触导线高度不平顺不利波长研究，浙大学报工学版，47(2013)1599-1602.
16.宦荣华，宋亚轻，朱位秋.受电弓弓头悬挂系统的随机跳跃与分岔.浙大学报工学版，48(2014)321-326.
17.R.-H.Huan,G.-F.Pan,W.-L.Jin,W.-Q.Zhu,Stochastic response of pantograph under action of car body random vibration,Tiedao Xuebao/Journal of the China Railway Society,32(2010)39-42.
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