Research on Health Monitoring and Reinforcement Design of Sluice Based on Structural Finite Element Analysis
The problem of cracks in the piers of water gates has become an important issue that troubles the stability and safety of hydraulic structures.In view of this,the study focuses on the health monitoring and reinforcement design of a certain crack group power gate,and uses ANSYS Workbench finite element calculation software for simulation analysis.The results show that the crack width is related to the contact situation with the water surface.Under the reinforcement measures,the maximum tensile stress of the gate pier and internal grouting material at a temperature difference of 4℃is 0.45 and 0.08MPa,and the steel plate structure can better meet the tensile strength.The design ideas proposed in the study can effectively provide reference for the operation and maintenance safety of crack water gates,ensuring the normal maintenance of water conservancy projects.
finite element analysiscrackswater gatesreinforcement through risk elimination
NETL
NSTL
万方数据
维普
