Profile
M.Sc.
In progress
2025
Federal University of Rio de Janeiro
Advisors: Anjos, G. R.; Su, Jian
Gabriel de Lucas Garden
Modelling of Interaction of Fluid Flow and Structure using Unstructured Meshes
Student work
Modelling of Interaction of Fluid Flow and Structure using Unstructured Meshes
Overview
Modelling of Interaction of Fluid Flow and Structure using Unstructured Meshes
Advising
Advisors: Anjos, G. R.; Su, Jian
Research output
4 publications
Journal articles, conference papers and other records associated with this student.
Publications
Publications
A Higher-Order Semi-Lagrangian ALE-FE Method for Fluid-Structure Interaction Problems
Paris, France
Keywords: Fluid-structure interaction, Vortex-induced vibration, Arbitrary Lagrangian-Eulerian, Finite Element Method, Semi-Lagrangian
Fluid-structure interactions (FSI) occur in numerous natural and engineered systems. A particularly important class within the offshore industry is vortex-induced vibration (VIV), especially in the context of riser...
A Finite Element Method Coupled with a Semi-Lagrangian Scheme for Turbulent Fluid-Structure Interactions
Niteroi, Brazil
Keywords: article, abstract, finite element method, semi-Lagrangian method, fluid-structure interaction, turbulence
Fluid-structure interaction (FSI) problems are present in multiple engineering fields such as aerospace, offshore and biomedical. It is also a phenomenon observed in natural systems, such as bird flight and swimming fish...
An ALE-SL Method for Fluid-Structure Interactions in Riser Dynamics
Curitiba, Brazil
Keywords: moving mesh, fluid-structure interaction (FSI), finite element method (FEM), unconditionally stable
Vortex-induced vibration (VIV) is a well-known problem in the offshore industry, especially when dealing with riser dynamics. This issue arises due to the nonlinear interaction between the fluid flow past cylindrical...
A Semi-Lagrangian ALE Approach to Vortex-Induced Vibrations
Rio de Janeiro, Brazil
Keywords: progression, article, abstract