Ph.D. · In progress

Fábio Gaspar Júnior

Immersed Finite-Element Methods for FSI

Profile

Ph.D.

Status

In progress

Date

2025

Length

4 pages

Institution

Universidade Federal do Rio de Janeiro

Advising

Advisors: Anjos, G. R.; McGinty, S.

Navigation

Back to students

Student work

Immersed Finite-Element Methods for FSI

Overview

Immersed Finite-Element Methods for FSI

Advising

Advisors: Anjos, G. R.; McGinty, S.

Research output

4 publications

Journal articles, conference papers and other records associated with this student.

Conference 2

Publications

Conference Abstract 2

Publications

Conference · 2025 · Proceedings of the 28th International Congress of Mechanical Engineering

Numerical Simulation of a Non-Newtonian Fluid-Solid Interaction

F. G. S. Junior; S. McGinty; G. R. Anjos

Curitiba, Brazil

No. COB-2025-1028

Keywords: fluid-structure interaction (FSI), non-Newtonian flow, Immersed Finite Element Method (IFEM), numerical simulation, blood flow dynamics.

Understanding a solid interaction into the blood flow has become an important and multidisciplinary research area due to its significance, different mechanisms and fluid-solid characteristics. This field becomes more...

Publication details

Conference Abstract · 2025 · International Workshop on Numerical Methods in Non-Newtonian Flows (IWNMNNF)

High-Order Finite Element Method for Non-Newtonian Two-Phase Flows with Moving Interfaces

G. R. Anjos; D. B. V. Santos; G. R. G. Sousa; F. Gaspar Junior; A. E. M. Santos

Buzios, Brazil

Keywords: progressao, article, resumo

The present work builds upon a computational framework originally developed for Newtonian fluid simulations and subsequently extended to model non-Newtonian two-phase flows with complex interface dynamics. This flexible...

Publication details

Conference · 2024 · Anais of 10th International Symposium on Fluid-Structure Interactions

Computation of Fluid and Rigid Body Interaction Using a New Immersed Finite Element Method

F. Gaspar Junior; N. Mangiavacchi; S. McGinty; G.R. Anjos

Foz do Iguaçu, Brazil

Keywords: Fluid and Rigid body interaction, multiphase flow, Semi-Lagrangian Method, moving mesh, unstructured mesh.

A new method to simulate fluid-structure interaction is proposed based on the immersed Finite Element Method (iFEM), where no additional external volume force is required to account for the structure-to-fluid...

Publication details

Conference Abstract · 2024 · Bifurcations and Instabilities in Fluid Dynamics (BIFD 2024)

Application of Immersed Finite Element Method for Modeling non-Newtonian Fluid Around Rigid Bodies

F. Gaspar Junior; N. Mangiavacchi; S. McGinty; G. R. Anjos

Edinburgh, United Kingdom

Keywords: progressao, article, resumo

The study of blood flow is extremely crucial due to its significant importance in the medical and healthcare field. A major concern in this domain is thrombosis, which involves the formation of blood clots within...

Publication details