SHM技术在水电站钢岔管水压试验中的应用

SHM技术在水电站钢岔管水压试验中的应用Title: Application of SHM Technology in Hydroelectric Power Plant Steel Penstock

SHM 技术在水电站钢岔管水压试验中的应用 Title: Application of SHM Technology in Hydroelectric Power Plant Steel Penstock Water Pressure Test Abstract: The water pressure test is acrucial process during the construction and maintenance of hydroelectric power plants. It helps ensure the structural integrity and safety of the steel penstock, which plays avital role in transporting water from the reservoir to the turbine. This paper aims to explore the application of Structural Health Monitoring (SHM) technology in the water pressure test of steel penstock in hydroelectric power plants. SHM technology can provide real-time data on the structural condition, enabling early detection of potential defects or anomalies, enhancing safety, and optimizing maintenance strategies. 1. Introduction -Importance of water pressure test in hydroelectric power plants -Need for continuous monitoring of structural health during pressure tests -Introduction to SHM technology and its potential benefits -Objective of the study 2. Structural Health Monitoring Technology -Definition and purpose of SHM technology -Overview of different SHM techniques (e.g., acoustic emission, ultrasonic, fiber optic sensors) -Advantages and limitations of SHM technology -Role of SHM technology in enhancing safety and reducing maintenance costs 3. Water Pressure Test in Hydroelectric Power Plants -Purpose and procedure of water pressure test -Challenges and risks associated with water pressure test -Role of SHM technology in mitigating risks and ensuring structural integrity