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Submarine pipelines are important resource delivery devices between land and ocean. For safety reasons, pipelines are often embedded beneath the seabed at a cer An Effective Method for Submarine Buried Pipeline Detection via Multi-Sensor Data Fusion | IEEE Journals & Magazine | IEEE Xplore
1 de nov. de 2021 · Sub-bottom profiler, as a kind of specially designed sonar to explore the first layers of sediment below the seafloor (usually over a thickness that commonly reaches tens of meters) (p. 372), can detect not only exposed and suspended pipelines but also buried pipelines, and is therefore widely used in underwater pipeline survey tasks.
3 de mar. de 2024 · Detecting and identifying the buried conditions of submarine pipelines has become critical. Sub-bottom profilers (SBPs) are widely employed for pipeline detection, yet manual data interpretation hampers efficiency.
29 de ago. de 2019 · Acoustic detection technology is the dominant method to monitor buried submarine pipelines. Extracting and integrating the information in acoustic images, such as the route and burial depth,...
3 de mar. de 2024 · Detecting and identifying the buried conditions of submarine pipelines has become critical. Sub-bottom profilers (SBPs) are widely employed for pipeline detection, yet manual data interpretation hampers eficiency. The present study proposes an automated detection method for submarine pipelines using deep learning models.
7 de sept. de 2021 · 1 Altmetric. Explore all metrics. Abstract. Submarine slope instabilities are considered one of the major threats for offshore buried pipelines. This paper presents a novel method to evaluate the ultimate pressure acting on a buried pipeline during the liquefaction of an inclined seabed.
Acoustic detection technology is the dominant method to monitor buried submarine pipelines. Extracting and integrating the information in acoustic images, such as the route and burial depth, can help to monitor the status of a pipeline.
