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Zhipeng Cheng

Beijing University of Technology

100 Ping Le Yuan

Chaoyang District

Beijing, 100020

China

  • Beijing University of Technology

SCHOLARLY PAPERS

3

DOWNLOADS

135

TOTAL CITATIONS

1

Scholarly Papers (3)

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1.

Performance Enhanced Magnetic Negative Stiffness Eddy-Current Damper: Numerical Simulation and Experimental Investigation

Number of pages: 37 Posted: 21 Feb 2024
Zhipeng Cheng, Kaiming Bi, Zhihao Wang, Ruisheng Ma and Weinan Lin
Beijing University of Technology, Hong Kong Polytechnic University, North China University of Water Resources and Electric Power, Beijing University of Technology and North China University of Water Resources and Electric Power
Downloads 70 (883,195)
Citation 1

Abstract:

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magnetic negative stiffness eddy-current damper, high energy dissipation capability, large magnetic negative stiffness, structural vibration control.

2.

An In-Situ Adjustable Arrayed Magnetic Negative Stiffness Device: Analytical Modelling, Experimental Testing, and Parametric Study

Number of pages: 34 Posted: 27 Jul 2024
Zhipeng Cheng, Ruisheng Ma, Kaiming Bi, Zhihao Wang and Xiuli Du
Beijing University of Technology, Beijing University of Technology, Hong Kong Polytechnic University, North China University of Water Resources and Electric Power and Beijing University of Technology
Downloads 38 (1,209,354)

Abstract:

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arrayed MNSD, in-situ adjustability, nonlinearity, mechanical model, parametric study.

3.

Effectiveness of a Novel Magnetic Negative Stiffness Eddy-Current Damper for Multi-Mode Vibration Control of Stay Cables: Experimental and Numerical Investigations

Number of pages: 34 Posted: 17 Mar 2025
Zhipeng Cheng, Ruisheng Ma, Zhihao Wang, Xiuli Du and Kaiming Bi
Beijing University of Technology, Beijing University of Technology, North China University of Water Resources and Electric Power, Beijing University of Technology and Hong Kong Polytechnic University
Downloads 27 (1,448,301)

Abstract:

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stay cable, multi-mode vibrations, magnetic negative stiffness eddy-current damper, control effectiveness, modal damping ratio