Selected CFD work.
Aerodynamics and dispersed-flow studies using LES, hybrid RANS/LES and Lagrangian particle tracking.
Dispersed flows
Airborne particles in a differentially heated cavity
Computational Fluid Dynamics (CFD) has become a crucial tool for optimizing complex fluid flow systems, including those found in hospital environments. The current project aims to simulate the flow…
Gas cyclone separators
Gas (or dust-) cyclone separators are commonly used for the separation of particulate matter from a gaseous or dusty stream. The separation mechanism is based on the centrifugal forces created by the…
Aerosol deposition in an idealized mouth-throat geometry
This Benchmark exhibits the most recent CFD simulations of particle-laden flow inside mouth throat geometry. This project focuses on the importance of understanding the mechanics of airflow in the…
Particulate flow in 90-degree bends
The study of particle-laden flow in 90-degree bends has garnered significant attention in recent years due to its crucial role in various industrial applications. Understanding the behavior of such…
Particle-laden turbulent channel flow
Particle tracking in turbulent channel flows plays a crucial role in many industrial and environmental applications. The ability to track the movement and behavior of particles in fluid flow enables…
Aerodynamics
Transient aerodynamics of an F1 car
In motorsport, the ability to accurately model and simulate the transient flow features around high-speed vehicles is critical for improving performance and speed. Detached Eddy Simulation (DES) is a…
Wind loads on high-rise buildings
High-rise buildings are an essential part of modern urban landscapes, and the prediction of wind loads on these structures is a crucial aspect of their design and safety. Computational Fluid Dynamics…