Wing-tip vortices play a pivotal role in aeronautical applications, contributing significantly to aircraft drag and presenting challenges in flight corridors and runways. Their impact extends beyond aviation, influencing processes such as wake meandering and recovery behind wind turbines in the realm of wind energy. These factors are crucial in determining optimal wind farm layouts and overall power output of wind farms.
In the summer of 2023, me and my colleagues delved into experimentally studying the effects of flow turbulence on wing-tip vortices. One of the first outcomes of our work is this captivating video showcasing the generation and evolution of wing-tip vortices which we submitted to the Gallery of Fluid Motion, an integral part of the 76th APS DFD conference, held in Washington D.C.
— NTNU Turbulent Combustion Lab (@NTNU_TCL) June 11, 2021
Magazine articles I have written
This is an article I wrote for Leonardo Times, the magazine of the Society for Aerospace Engineering students VSV Leonardo da Vinci at Delft University of Technology. In this article, I shared my research efforts and experiences when I was at Delft. This is a story of how three research groups from Europe came together to successfully laminarise the flow over aircraft swept-wings after rigorous efforts of numerical simulations and wind-tunnel experiments. My scientific contributions through this collaboration can be found below.
This is an article I wrote for Leonardo Times, the magazine of the Society for Aerospace Engineering students VSV Leonardo da Vinci at Delft University of Technology. I shared my work and experience during my internship at the Faculty of Aerospace Engineering (ETSIAE) in Universidad Politécnica de Madrid.
Social media content
Wing-tip vortices play a pivotal role in aeronautical applications, contributing significantly to aircraft drag and presenting challenges in flight corridors and runways. Their impact extends beyond aviation, influencing processes such as wake meandering and recovery behind wind turbines in the realm of wind energy. These factors are crucial in determining optimal wind farm layouts and overall power output of wind farms.
In the summer of 2023, me and my colleagues delved into experimentally studying the effects of flow turbulence on wing-tip vortices. One of the first outcomes of our work is this captivating video showcasing the generation and evolution of wing-tip vortices which we submitted to the Gallery of Fluid Motion, an integral part of the 76th APS DFD conference, held in Washington D.C.