Based on Multi-Source Data Fusion
Monopole communication towers are cantilever structures with large slenderness and low stiffness. The horizontal displacement of the tower top plays a controlling role in structural deformation.
An experimental investigation into failure mechanism of a full-scale 40
The main objective of this paper is to present and discuss failure mechanism, failure mode, as well as plastic deformation of a lattice telecommunication tower obtained during a full-scale
2023 Deformation Monitoring of Monopole
This article presents a method for monitoring the deformation of monopole communication towers using multi-source data fusion and dynamic displacement
Analysis of Telecommunication Tower with Different Bracing System
Communication towers act as vertical trusses and resists wind load by cantilever action. The bracing members are arranged in many forms, which carry solely tension, or alternatively tension and
Deformation Monitoring of Monopole Communication Towers Based
Excessive deformation is the main cause of damage to monopole communication towers, and dynamic displacement can be used as a key indicator to evaluate structural deformation.
Behavior of Self-Supporting Communication Tower under
ced. Most research to date has been performed on 3-legged self-supporting towers, and minimal attention has been paid to the seismic behavior of 4-legged self-supporting telecommunication
Deformation Monitoring of Monopole Communication Towers Based
Monopole communication towers play an irreplaceable role in modern communication systems. Because of its high flexibility, lateral loads control the deformation of a monopole communication tower.
2023 Deformation Monitoring of Monopole Communication Towers
This article presents a method for monitoring the deformation of monopole communication towers using multi-source data fusion and dynamic displacement as an evaluation indicator.
Monitoring dynamic deformation of communication tower
In this paper, we monitored the dynamic deformation of the communication tower using the PDMS (photography dynamic monitoring system). Results showed that the tower is integrity and stability;
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