Professional portal
Professor of Mechanical Engineering and Computational Scientist
Numerical simulation of single- and two-phase flows, heat transfer and scientific computing.
Research, teaching and mentorship focused on computational mechanics, multiphase flows and reproducible scientific software.
Profile
Background and collaborations
Overview of academic work, current role and collaboration scope.
Links
Featured references
Lattes CV · ORCID · Scopus · Google Scholar
- Multiphase and two-phase flows
- Heat and mass transfer
- Computational fluid dynamics
- Finite element methods
- Scientific computing in Python and C/C++
Research highlights
Active themes and funded initiatives
Apoio à participação no 18th International Heat Transfer Conference (IHTC-18)
Apoio financeiro aprovado para pagamento da inscrição no 18th International Heat Transfer Conference (IHTC-18), realizado no Rio de Janeiro, com impacto em ensino, pesquisa, orientação e internacionalização em transferência de calor, mecânica dos fluidos computacional, elementos finitos e escoamentos multifásicos.
Dinâmica de Interface, Transferência de Calor e Massa e Coalescência de Múltiplas Bolhas em Geometrias Complexas
O projeto desenvolve uma estrutura numérica para dinâmica de interfaces, transferência de calor e massa e coalescência de múltiplas bolhas em escoamentos bifásicos com geometrias complexas, combinando métodos de elementos finitos de alta ordem, malhas móveis, esquemas semi-Lagrangianos, rastreamento de interface, refinamento adaptativo e passo de tempo variável.
Simulação de Escoamentos Multifásicos com Transferência de Calor e Massa em Malhas Não-Estruturadas
O projeto desenvolve métodos de simulação numérica baseados em malhas não estruturadas para escoamentos com duas ou mais fases, transferência de calor e massa, com aplicações em petróleo, micro-reatores, biomecânica e sistemas multifásicos complexos.
Recent output
Selected publications
On the Temperature Distribution in a Flat Plate Induced by an External Thermal Radiant Source
J. L. Silva Neto; E. D. Correa; R. M. S. Gama; G. R. Anjos
Proceedings of the XLVI Ibero-Latin-American Congress on Computational Methods in Engineering
Numerical Simulation of a Non-Newtonian Fluid-Solid Interaction
F. G. S. Junior; S. McGinty; G. R. Anjos
Proceedings of the 28th International Congress of Mechanical Engineering
Numerical Investigation of a Gas Bubble in Complex Geometries for Industrial Process Equipment Design
Daniel B. V. Santos; Antônio E. M. Santos; Enio P. Bandarra Filho; G. R. Anjos
Fluids
An ALE-SL Method for Fluid-Structure Interactions in Riser Dynamics
G. Garden; I. Fortuna; G. R. Anjos; J. Su
Proceedings of the 28th International Congress of Mechanical Engineering
A Robust Newton-Based Variational Framework for Nonlinear Conduction-Radiation PDEs with Localized Sources
J. L. Silva Neto; E. D. Correa; R. M. S. Gama; G. R. Anjos
Proceedings of the Encontro Nacional de Modelagem Computacional
A Finite Element Analysis of Flow-Induced Vibration in Nonlinear Elastic Structures
J. P. I. Souza; G. R. Anjos
Proceedings of the 28th International Congress of Mechanical Engineering
Mentorship
Current supervision
Daniel Barbedo Vasconcelos Santos
Finite Element Simulation Fluid-Structure Interaction
Universidade Federal do Rio de Janeiro
Eduardo Dias Correa
Analytical and Numerical Method for non-Linear Problems in Convection and Radiation Heat Transfer
Universidade Federal do Rio de Janeiro
Antonio Emanuel Marques dos Santos
Numerical Analysis of Two-Phase Flow using the Finite Element Method
Universidade Federal do Rio de Janeiro
Fábio Gaspar Júnior
Immersed Finite-Element Methods for FSI
Universidade Federal do Rio de Janeiro
Gabriel Ricardo Güntensperger Sousa
Numerical Investigation of Droplet Approximation and Coalescence in Biofuel Synthesis
Universidade Federal do Rio de Janeiro
Jorge Angel Aguilera Liendo
Numerical Investigation of Aerodynamics in Pipes
Universidade Federal do Rio de Janeiro
Profile
Background and collaborations
Welcome to my professional portal. Here you will find research highlights, teaching material, selected publications and supervision activity centered on numerical simulation of single- and two-phase flows.
My doctoral work focused on finite-element discretization of fluid motion, interfacial force modeling and robust scientific software. Since then, my work has expanded toward complex geometries, porous media, microchannel cooling and multiphase flow applications in energy and process engineering.
I currently serve as professor at UFRJ/COPPE and collaborate across academic and applied research initiatives involving high-performance computation, multiphysics modeling and reproducible numerical methods.
Network