CFD Insights with T-Flows
Welcome to CFD Insights with T-Flows!
This channel is dedicated to CFD simulations, showcasing advanced flow modeling using the open-source T-Flows code. Developed at TU Delft by dr. Bojan Ničeno, and continuously refined over two decades, T-Flows is a robust finite-volume solver designed for unstructured grids, with various turbulence modeling options.
I am Professor at the International University of Sarajevo, working in collaboration with my colleague Bojan Ničeno from Paul Scherrer Institute, Switzerland, and my PhD student Mahir Hafizović (ENOVA d.o.o.).
Our goal is to share insights, methodologies, and research findings with the broader CFD community, helping students, researchers, and professionals gain a deeper understanding of computational modeling.
🔗 T-Flows GitHub Repository: [https://github.com/DelNov/T-Flows](https://github.com/DelNov/T-Flows)
🚀 Subscribe and join us in exploring the fascinating world of fluid dynamics!
Rayleigh-Bénard convection
CFD Simulation of Classroom Air Purification
CFD Modeling of Wind in Sarajevo’s City Center
CFD simulation of electrical substation cooling: Temperature field with velocity vectors
CFD simulation of electrical substation cooling: Streamlines colored by temperature field
CFD simulation of traffic-related PM10 dispersion in urban configuration
CFD Simulation of Smoke Dispersion and Ventilation in an Underground Parking Garage