During the operation of concrete face rockfill dams
seepage caused by factors such as uncoordinated deformation of dam body and material aging may seriously threaten the dam safety. Traditional detection methods such as diver inspection and single geophysical technique detection are limited by their restricted coverage and low reliability
making them inadequate for precise detection in complex underwater environments. This paper proposes a detection system centered on the integration of "acoustic-optical-electrical" multiple technologies. a complete detection technology chain of "monitoring and analysis- wide- area survey- local detailed investigation- precise verification" is constructed. Furthermore
taking a concrete face rockfill dam in Southeast Asia as an example
the applicability and reliability of this technology are verified.
Analysis of blasting- induced vibration response and structural safety of Baixianshan concrete face rockfill dam
Practice of "cluster control, unattended operation, and ON-CALL comprehensive emergency response" operation management mode in pumped storage power stations
Analysis of the current status and reinforcement measures for Nanchong reservoir in Luoding city, Guangdong province#br#
Application of OCTEM and GRP to defect detection for rockfill dam with inclined clay core
Analysis of issues in township- managed reservoir operation management and the countermeasures