Numerical simulation of fluid-structure interaction between fishing wobbler and water
Article (Published version)
MetadataShow full item record
This paper deals with modeling, discretization, and numerical analysis of the two-way fluid-structure interaction between a fishing wobbler and a water stream. The structural domain is an assembly of several bodies that have multiple mutual structure-to-structure interactions. These interactions are mostly nonlinear contacts that significantly influence the time step used in simulations. As a result of these nonlinearities, the numerical solving of such a model requires significant computer resources and a long computational time. The paper also presents the creation and numerical simplifications of the model. However, the model remains very realistic. It is concluded that solving the structural domain in a model that retains the interaction between solid bodies is more computationally sensitive and more demanding than solving the fluid domain.
Keywords:Two Way Fluid-Structure Interaction / Fishing Wobbler / Structure Modeling / Contact Modeling / Fluid Modeling
Source:Facta Unversitatis, 2020, 18, 4, 665-676
- Niš, Serbia : University of Niš
ISSN: 0354-2025; 2335-0164