Sze Hong Teh

Contact

• workRoom BB74 Block B
  Malaysia Campus
  Jalan Broga
  43500 Semenyih
  Selangor Darul Ehsan
  Malaysia
• work+6 (03) 8725 3557
• SzeHong.Teh@nottingham.edu.my

Biography

Dr Sze-Hong Teh received his MEng in Mechanical Engineering in 2011 and PhD in Mechanical Engineering in 2016 all from the University of Nottingham, Malaysia Campus. He is now an Assistant Professor at the Department of Mechanical, Materials and Manufacturing Engineering. His main research interests involve nonlinear dynamics and control of nonlinear systems.

Teaching Summary

MMME3008 Control and Instrumentation (Convenor)

MMME4008 Integrated Systems Analysis

MMME3090 Computer Aided Engineering

MMME2034 Design, Manufacture and Project

MMME1037 Programming, Professional and Laboratory Skills

MMME1036 Statics and Dynamics

Research Summary

Nonlinear Dynamics

Dynamic Systems and Control

Recent Publications

• K.M. CHIN, S.-H. TEH, J.-H. HO and H.K. NG, 2019. Controller design and trajectory tracking of a two-link robotic orthosis via sinusoidal-input describing function model International Journal of Mechanical Engineering and Robotic Research. 8(6), 845-851
• S.-H. TEH, K.-C. WOO and H. DEMRDASH, 2018. Rotations of pendulum when its pivot oscillates chaotically Journal of Computational and Nonlinear Dynamics. 13(1), 011006
• M. M. KALUARACHCHI, J. H. HO, S. YAHYA and S. H. TEH, 2018. Design of a bistable electromagnetic coupling mechanism for underactuated manipulators Smart Materials and Structures. 27(7), 075031
• S.-H TEH, K.-C. WOO and H. DEMRDASH, 2016. Rotating orbits of pendulum in stochastic excitation Journal of Theoretical and Applied Mechanics. 54(3), 717-730

• View all publications

• K.M. CHIN, S.-H. TEH, J.-H. HO and H.K. NG, 2019. Controller design and trajectory tracking of a two-link robotic orthosis via sinusoidal-input describing function model International Journal of Mechanical Engineering and Robotic Research. 8(6), 845-851
• S.-H. TEH, K.-C. WOO and H. DEMRDASH, 2018. Rotations of pendulum when its pivot oscillates chaotically Journal of Computational and Nonlinear Dynamics. 13(1), 011006
• M. M. KALUARACHCHI, J. H. HO, S. YAHYA and S. H. TEH, 2018. Design of a bistable electromagnetic coupling mechanism for underactuated manipulators Smart Materials and Structures. 27(7), 075031
• S.-H TEH, K.-C. WOO and H. DEMRDASH, 2016. Rotating orbits of pendulum in stochastic excitation Journal of Theoretical and Applied Mechanics. 54(3), 717-730
• A. NASSIRHARAND and S. H. TEH, 2016. Describing function based identification of nonlinear transfer functions for nonlinear systems from experimental/simulation data International Journal of Modelling, Identification and Control. 25(2), 93-101
• S.-H. TEH, K.-H. CHAN, K.-C. WOO and H. DEMRDASH, 2015. Rotating a pendulum with an electromechanical excitation International Journal of Non-Linear Mechanics. 70, 73-83
• S.-H. TEH, K.-H. CHAN, K.-C. WOO and H. DEMRDASH, 2014. Rotating pendulum with an electromechanical excitation In: Third International Conference on Recent Advances in Nonlinear Mechanics (RANM2014).
• S. H. TEH and A. NASSIRHARAND, 2014. Design of dual-range linear multivariable controllers for nonlinear systems with application to UAV control Journal of Aerospace Engineering. 27(2), 215-224
• A. NASSIRHARAND and S. H. TEH, 2014. Controller design for nonlinear multivariable systems In: American Control Conference. 2995-2999
• S. H. TEH, 2011. Multivariable dual-range linear controller design for nonlinear system LAP LAMBERT Academic Publishing.
• S. H. TEH and A. NASSIRHARAND, 2010. Idle speed control using a describing function approach Proceedings of the Institution of Mechanical Engineers, Part D, Journal of Automobile Engineering. 224(4), 533-545
• TEH, S. H., MALAWARAARACHCI, S. R, CHAN, W. P., and NASSIRHARAND, A, 2010. A benchmark laboratory for experimenting with multivariable nonlinear control methodologies International Journal of Systems Control. 1(2), 62-69
• S. H. TEH and A. NASSIRHARAND, 2010. Multivariable temperature control of a reactor In: International Conference on Advances in Mechanical Engineering. 180-184
• S. H. TEH and A. NASSIRHARAND, 2010. Software for design of linear controllers for nonlinear systems In: International Conference on Advances in Mechanical Engineering. 83-88
• A. NASSIRHARAND and S. H. TEH, 2010. Application of describing function technique to idle speed control In: American Control Conference. 5350-5355
• TEH S H, MALAWARAARACHCI, S., CHAN, W. P and NASSIRHARAND, A, 2010. Design and instrumentation of a benchmark multivariable nonlinear control laboratory In: International Conference on Intelligent Control Systems Engineering. 871-877