Assistant Professor
Tel：0086-027-87540185
Email：kaiyang@hust.edu.cn
Experience
2004.9 -2008.6 Beihang University School of Astronautics/ School of Advanced Engineering (Shenyuan Honors Colledge), spacecraft design and engineering, Bachelor.
2008.9 - 2015.1 Beihang University School of Astronautics/ School of Advanced Engineering (Shenyuan Honors Colledge), spacecraft design, Ph.D.
2012.11-2014.3 University of Michigan in Ann Arbor, School of Mechanical Engineering, Joint doctoral program funded by China Scholarship Council.
2015.3-2018.1 CSIC 719, project engineer.
2018.3-Now Huazhong University of Science and Technology, School of Aerospace Engineering, Assistant Professor.
Research Direction
Active and passive control of structural vibration and noise; Smart structural technology; nonlinear dynamics and its active control; nonlinear structural dynamics and its application in fluid-solid coupled field.
Major Project Research Experience
[1] National Natural Science Foundation of China dynamics and control of bistable nonlinear electromagnetic actuator based on different elastic boundaries, funding: 260,000 Yuan, 2019, No. 11802097, project leader.
[2] Project funded by institute of CSIC, Four-channel active vibration control system, funding: 260,000 Yuan, project leader.
[3] Multiple naval equipment research and the relevant research projects: including floating raft active vibration isolation onshore integrated verification (over 1 million), active and passive hybrid control application technology and verification (over 1 million), project leader.
Published paper (SCI index):
[1] Yang K, Fei F, An H. (2019) Investigation of coupled lever-bistable nonlinear energy harvesters for enhancement of inter-well dynamic response. Nonlinear Dynamics, 96, 2369–2392
[2] Yang K, Fei F, Du J. (2019) Investigation of the lever mechanism for bistable nonlinear energy harvesting under Gaussian-type stochastic excitations. Journal of Physics D: Applied Physics, 52, 055501;
[3] Yang K, Zhang Z, Zhang Y, Huang H. (2019) High-resolution monitoring of aerospace structure using the bifurcation of a bistable nonlinear circuit with tunable potential-well depth. Aerospace Scienece and Techonlogy, 87, 98–109
[4] Yang, K., Harne, R. L., Wang, K. W., & Huang, H. (2014). Dynamic stabilization of a bistable suspension system attached to a flexible host structure for operational safety enhancement. Journal of Sound & Vibration, 333(24), 6651-6661.
[5] Yang, K., Harne, R. L., Wang, K. W., & Huang, H. (2014). Investigation of a bistable dual-stage vibration isolator under harmonic excitation. Smart Material and Structures, 23(4), 045033.
[6] Yang K, Cui L, Huang H. (2013). A robust control method of a hybrid vibration absorber for vibration suppression in a wide frequency band considering large structural parameter variations. Imeche Part I Journal of Systems & Control Engineering, 227(13), 308-319.
Authorized Patents:
201610877514.4 （Rank 1st）；201610878260.8 （Rank1st）；201610481559.X （Rank 2nd）；201110121370.7 （Ranked 2nd）；201010595265.2 （Rank 3rd）
Physical Achievements:
Active control system control effect and operation interface.
