This paper presents a review of research done to-date on the dynamics of cylindrical
structures immersed in axially flowing fluid. The dynamics of a flexible cylinder supported at …

In spite of the low fuel failure rate in currently operating water cooled nuclear power reactors,
operations are increasingly demanding with higher burn-up, power increases, cycle lengths …

The present work is devoted to providing a full version of theoretical model for three-
dimensional (3D) oscillations of a cantilevered pipe conveying fluid under large deformation …

Theoretical modeling and nonlinear responses of inclined simply supported pipes
conveying fluid are presented, with focus on the interaction between nonlinear forced and …

Flow-induced vibrations can result in fretting wear damage to the surfaces of clad fuel rods
(tubes) against their supports in nuclear power plants. One possible solution to this problem …

Cross-flow induced vibration causes many accidents in the nuclear steam generator tube
bundle. An accurate and refined cross-flow induced vibration numerical simulation can help …

Flow induced vibration (FIV) plays an important role in many industrial applications,
including nuclear energy. In a nuclear power plant, several components could experience …

This study investigates the computational modelling of flow-induced vibrations of cantilever
rods subjected to turbulent axial flow at operating conditions relevant to those of fuel rods of …

The flow-induced vibration of a cantilever rod confined in a pipe and exposed to an axial
water flow has been experimentally investigated using a simple test piece designed to be …

The internal components of Pressurized Water Reactors (PWRs), particularly nuclear fuel
assemblies, must be able to withstand Flow Induced Vibrations (FIVs) during operating …