Optimization strategy and implementation of short-range wind speed testing for meteorological UAVs in complex field conditions

This research focuses on wind speed under complex outdoor conditions, employing an 'Internet + UAV' based shortrange wind measurement system as the research method. It aims to address the critical issue of strong winds negatively impacting construction efficiency and safety factors during aerial engineering operations. Research indicates that the short-range wind measurement system composed of 'Internet + UAV' can effectively forecast strong winds, thereby reducing the occurrence rate of safety accidents in engineering construction and improving the effective working period for aerial operations. This research will provide technical and theoretical support for enhancing the quality and efficiency of engineering aerial operations under complex outdoor conditions.

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Publication Details

Published
2024-12-30
DOI
https://doi.org/10.1117/12.3052359
Primary Topic
Wind and Air Flow Studies
Type
article
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article

Optimization strategy and implementation of short-range wind speed testing for meteorological UAVs in complex field conditions

Muruga Perumal Ramaswamy, Jun Zhang, Hao Zou, Asif Mahbub Karim et al.
Wind and Air Flow Studies
article

Optimization strategy and implementation of short-range wind speed testing for meteorological UAVs in complex field conditions

Muruga Perumal Ramaswamy, Jun Zhang, Hao Zou, Asif Mahbub Karim, J. Ye, Lei Shi, Rongjie Wang, Qi Liu, Qianshan Fang, Chunyan Chen, Zeping Wang, Siming Guo, Haiyi Cai
article en

Abstract

This research focuses on wind speed under complex outdoor conditions, employing an 'Internet + UAV' based shortrange wind measurement system as the research method. It aims to address the critical issue of strong winds negatively impacting construction efficiency and safety factors during aerial engineering operations. Research indicates that the short-range wind measurement system composed of 'Internet + UAV' can effectively forecast strong winds, thereby reducing the occurrence rate of safety accidents in engineering construction and improving the effective working period for aerial operations. This research will provide technical and theoretical support for enhancing the quality and efficiency of engineering aerial operations under complex outdoor conditions.

Shandong University (CN), Binary University of Management & Entrepreneurship (MY)
Affordable and clean energy
Openalex Percentile: Top 78%
Wind and Air Flow Studies
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