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Wang Miaomin
Wang Miaomin
Postdoctoral Research Fellow, Vibration Engineering Section, University of Exeter
Verified email at exeter.ac.uk
Title
Cited by
Cited by
Year
A novel gradient-based matching via voting technique for vision-based structural displacement measurement
M Wang, WK Ao, J Bownjohn, F Xu
Mechanical Systems and Signal Processing 171, 108951, 2022
202022
A robust subpixel refinement technique using self‐adaptive edge points matching for vision‐based structural displacement measurement
M Wang, F Xu, Y Xu, J Brownjohn
Computer‐Aided Civil and Infrastructure Engineering 38 (5), 562-579, 2023
122023
Bridge damage detection using precise vision-based displacement influence lines and weigh-in-motion devices: Experimental validation
L Ge, KY Koo, M Wang, J Brownjohn, D Dan
Engineering Structures 288, 116185, 2023
112023
Design, fabrication, and dynamic testing of a large-scale outdoor aeroelastic model of a long-span cable-stayed bridge
Z Ma, F Xu, M Wang, M Zhang, H Zeng
Engineering Structures 256, 114012, 2022
92022
Development of a low-cost vision-based real-time displacement system using Raspberry Pi
M Wang, KY Koo, C Liu, F Xu
Engineering Structures 278, 115493, 2023
82023
Completely non-contact modal testing of full-scale bridge in challenging conditions using vision sensing systems
M Wang, WK Ao, J Bownjohn, F Xu
Engineering Structures 272, 114994, 2022
82022
A new method for studying wind engineering of bridges: Large-scale aeroelastic model test in natural wind
F Xu, Z Ma, H Zeng, M Zhang, X Wang, M Wang, Z Zhang
Journal of Wind Engineering and Industrial Aerodynamics 202, 104234, 2020
72020
A novel in-plane displacement signal generation technique for testing the measurement accuracy of vision-based displacement system
M Wang, J Bownjohn, F Xu, Z Ma
Experimental Techniques 47 (4), 921-927, 2023
22023
Real‐time displacement measurement for long‐span bridges using a compact vision‐based system with speed‐optimized template matching
M Wang, F Xu, KY Koo, P Wang
Computer‐Aided Civil and Infrastructure Engineering, 2024
2024
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