In this seminar, we emphasize the pivotal role of achieving mesh independence in CFD simulations, highlight the coding flexibility and applications provided by open-source solvers like OpenFOAM. We explore the application of OpenFOAM in handling additional equation integration, coded boundary conditions, and user-defined functions. Furthermore, we delve into a specific case study of porous media modeling, showcasing OpenFOAM's adaptability for pore-scale simulations. This seminar offers insights into how mesh independence and coding flexibility converge to enhance the accuracy and customization of CFD simulations, particularly in transitioning from laminar to turbulent flows and in complex porous media scenarios.

Dr. Sahrish Batool Naqvi holds a bachelor's and master's degree in mathematics. She earned her PhD in Fluid Dynamics from the University of Genoa, specialising in the "Application of Homogenization Theory to the Flow Over and Through Rough, Porous and Elastic Surfaces". Following her PhD completion in 2021, she took on a role as a research associate in the Department of Mechanical and Energy Engineering at the same university. Subsequently, she secured a PostDoctoral position in the Department of Polymer Engineering at the University of Minho in Guimarães, Portugal. In 2023, She became part of the NCN OpusLAP project, focusing on inertial flows in porous media. Her research primarily revolves around computation of both laminar turbulent fluid flows, where she actively utilizes and enhances the OpenFOAM , STARCCM+ and COMSOL software. Additionally, her interests include learning different languages such as Italian and Polish.