A three-dimensional T-shaped flexible beam deformation was investigated using model
experiments and numerical simulations. In the experiment, a beam was placed in a …

In this paper, an underwater vibration model is developed to depict the dynamic
characteristic of V-shaped beams for both small and finite amplitude vibrations by …

The wake-induced vibration of a flexible thin plate is investigated in order to provide insight
into the dynamic response of the plate due to wake vortices. The flexible plate is influenced …

Fluid-structure interactions (FSI) of multiple cylindrical structures frequently occur in
crossflows. Due to the different wake interference regions of flexible cylinders with different …

An efficient large-deformation fluid-structure interaction (FSI) model with GPU parallel
framework is presented to simulate flow induced oscillation of an elastic slender structure …

Improved designs for underwater manipulators are becoming increasingly important due to
their utility in academic and industrial applications. In this work, an experiment was …

The simulation of interaction between flow and the elastic structure is a complicated fluid-
solid interaction problem, involving the structure's large deformation and fluid interface …

Marine propellers have complex geometry and their performance is determined by costly
and time consuming open water experiments. Use of numerical techniques helps …

To investigate the drag reduction characteristics of a flexible plate, a numerical simulation
analysis was performed on the relationships of flexibility and thickness of a flexible plate on …

In this paper, a vertically held thin elastic plate subjected to viscous fluid flow and
undergoing flow-induced deformation is examined. Two-dimensional numerical simulations …