Structure Integrity Analysis Using Fluid�Structure Interaction at Hydropower Bottom Outlet Discharge

• Main Authors: Mohd Radzi M.R., Zawawi M.H., Abas M.A., Ahmad Mazlan A.Z., Mohd Arif Zainol M.R.R., Hassan N.H., Che Wan Zanial W.N., Dullah H., Kamaruddin M.A.
• Other Authors: 57223347606
• Format: Article
• Published: MDPI 2024
• Subjects: Ansys; bottom outlet; computational fluid dynamics (CFD); fluid flow dynamic; fluid-structural interaction; Dams; Failure (mechanical); Fracture mechanics; Reliability analysis; Reservoirs (water); Structural analysis; Yield stress; Bottom outlet; Computational fluid dynamic; Fluid flow dynamics; Fluid structural interactions; Fluid-structure interaction; Integrity analysis; Interaction modeling; Outlet structures; Structure integrity; boundary condition; computational fluid dynamics; dam failure; fluid flow; fluid-structure interaction; three-dimensional modeling; Computational fluid dynamics

Dam reliability analysis is performed to determine the structural integrity of dams and, hence, to prevent dam failure. The Chenderoh Dam structure is divided into five parts: the left bank, right bank, spillway, intake section, and bottom outlet, with each element performing standalone functions to...