Research on the application of multi-field remote monitoring of slope stability based on optical fiber technology

Abstract

The study explores the real-world requirements for monitoring deep displacements on rocky inclines, focusing on the use of fiber Bragg grating (FBG) technology in slope design. Through the examination of practical slope engineering scenarios, this document expands upon the foundational concepts of FBG surveillance systems, on-site setup methods, and network technologies used in various monitoring endeavors, culminating in the creation of an all-encompassing, multi-faceted monitoring system aimed at stabilizing slopes. Findings from the study reveal that FBG technology is capable of precisely and instantaneously tracking the profound shift of rock slopes, offering dependable data backing for evaluating slope stability. Furthermore, this document encapsulates crucial technical aspects throughout the deployment phase, confirming the practicality and efficacy of this technology, thus providing hands-on insights for the advancement and use of novel slope monitoring technologies. The research offers not just technical assistance in averting and reducing disasters in slope engineering but also establishes a groundwork for additional investigations in similar areas.