Ya Huang
Title
Cited by
Cited by
Year
Nonlinearity in apparent mass and transmissibility of the supine human body during vertical whole-body vibration
Y Huang, MJ Griffin
Journal of Sound and Vibration 324 (1-2), 429-452, 2009
422009
Nonlinear dual-axis biodynamic response of the semi-supine human body during vertical whole-body vibration
Y Huang, MJ Griffin
Journal of Sound and Vibration 312 (1-2), 296-315, 2008
402008
Effect of voluntary periodic muscular activity on nonlinearity in the apparent mass of the seated human body during vertical random whole-body vibration
Y Huang, MJ Griffin
Journal of sound and vibration 298 (3), 824-840, 2006
382006
A methodology for combined rotation-extension testing of simple steel beam to column joints at high rates of loading
A Tyas, JA Warren, EP Stoddart, JB Davison, SJ Tait, Y Huang
Experimental mechanics 52 (8), 1097-1109, 2012
352012
Nonlinear dual-axis biodynamic response of the semi-supine human body during longitudinal horizontal whole-body vibration
Y Huang, MJ Griffin
Journal of Sound and Vibration 312 (1-2), 273-295, 2008
262008
Combining multiple criteria decision making with vector manipulation to decide on the direction for a powered wheelchair
M Haddad, D Sanders, A Gegov, M Hassan, Y Huang, M Al-Mosawi
Proceedings of SAI Intelligent Systems Conference, 680-693, 2019
162019
Improving human-machine interaction for a powered wheelchair driver by using variable-switches and sensors that reduce wheelchair-veer
D Sanders, M Langner, N Bausch, Y Huang, S Khaustov, S Simandjunta
Proceedings of SAI Intelligent Systems Conference, 1173-1191, 2019
122019
Scene perception guided crowd anomaly detection
X Zhang, D Ma, H Yu, Y Huang, P Howell, B Stevens
Neurocomputing, 2020
92020
A method to produce minimal real time geometric representations of moving obstacles
D Sanders, Q Wang, N Bausch, Y Huang, SA Khaustov, I Popov
IntelliSys 2018, 2018
92018
Mechanism of nonlinear biodynamic response of the human body exposed to whole-body vibration
Y Huang
University of Southampton, 2008
92008
Identification of biomechanical nonlinearity in whole-body vibration using a reverse path multi-input-single-output method
Y Huang, NS Ferguson
Journal of Sound and Vibration 419, 337-351, 2018
62018
Principal component analysis of the cross-axis apparent mass nonlinearity during whole-body vibration
Y Huang, N Ferguson
Mechanical Systems and Signal Processing 146, 107008, 2020
32020
Autonomous boat dynamics: how far away is simulation from the high sea?
Y Huang, Z Ji
IEEE Proceedings of OCEANS 2017, Aberdeen., 2106-2113, 2017
2*2017
Review of human perception of whole-body vibration and mechanical shock: the implications of biodynamic nonlinearities and soft tissue
Y Huang, T Gunston
The 44th United Kingdom Conference on Human Responses to Vibration, 2009
22009
Force harmonic distortion in the supine human body during vertical and longitudinal horizontal sinusoidal whole-body vibration
Y Huang
The 42nd United Kingdom Group Meeting on Human Responses to Vibration, 2007
22007
Observer-based fixed-time continuous nonsingular terminal sliding mode control of quadrotor aircraft under uncertainties and disturbances for robust trajectory tracking: Theory …
O Mechali, L Xu, Y Huang, M Shi, X Xie
Control Engineering Practice 111, 104806, 2021
12021
Principal component analysis and virtual coherence of the cross-axis apparent mass in whole-body vibration
Y Huang, N Ferguson
The 47th United Kingdom Conference on Human Responses to Vibration, 2012
12012
Using the reverse path multi-input-single-output method to identify nonlinear characteristics in the apparent mass: preliminary results
Y Huang
The 46th United Kingdom Conference on Human Response to Vibration, 2011
12011
Review of the non-linear biodynamic responses of the seated human body during vertical whole-body vibration: the significant variable factors
Y Huang
United Kingdom Meeting on Human Responses to Vibration, 2004
12004
DYNAMIC CHARACTERISATION OF PASSIVE PORCINE SKELETAL MUSCLE USING IMPACT HAMMER: INLINE RESPONSES
Y Huang, M Takaza, C Simms
50 th UK Conference on Human Responses to Vibration, 67, 0
1*
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Articles 1–20