Professor of Mechanical Engineering and Computational Scientist

This project proposes the development of a novel numerical framework to simu- late interface dynamics, heat and mass transfer, and coalescence of multiple bubbles in two-phase flows with complex geometries. Using modern programming languages such as Python and C++, the method employs High-Order Finite Ele- ment Methods in 2D and 3D, Moving Meshes, High-Order Semi-Lagrangian schemes, Interface Tracking, Adaptive Mesh Refinement, and Variable Time Stepping.

Numerical simulation is an important tool to solve two-phase problems found in many engineering problems. Therefore, a project in the thematic line of multiphase flow simulation, which has important applications in the area of petroleum, micro-reactors and biomechanics. The project's emphasis is on the development of numerical simulation methods based on unstructured meshes, for flows that presents two or more distinct phases.

Founded in 2001, Minerva Aerodesign is an academic competition team dedicated to participating in aerodesign competitions promoted by the Society of Automotive Engineers. Its mission is to deepen technical knowledge, develop management skills and foster innovation through the design and construction of small unmanned aerial vehicles for competitions. Throughout the year, at SAE Brasil Aerodesign, the team develops a prototype aimed at cargo transportation.