Bart D. van Rooijen
Papers
1
Total Citations
3
H-Index
1
About
Bart D. van Rooijen is a leading experimental aerodynamicist whose work bridges advanced measurement techniques and real-world aircraft performance. His primary research focuses on high-resolution flow diagnostics, particularly the development and application of robotic volumetric velocimetry—a cutting-edge method that captures three-dimensional, time-resolved velocity fields around complex aerodynamic bodies. Van Rooijen’s major contribution lies in demonstrating how this technique can be deployed in large-scale industrial wind tunnels, moving beyond small-scale laboratory setups. His most cited study, "Quantitative flow visualization of a turboprop aircraft by robotic volumetric velocimetry" (2018), exemplifies this impact, detailing the first successful application of robotic volumetric PIV to investigate the propeller slipstream and wing near wake of a turboprop model in the DNW Low-Speed Tunnel. This work, part of a collaboration between Delft University of Technology and the German-Dutch Wind Tunnels, has garnered 3 citations and established a new benchmark for non-intrusive flow field analysis in realistic flight conditions. Van Rooijen’s innovations enable engineers to visualize and quantify complex interactions, such as propeller-wing interference, with unprecedented detail—directly informing the design of more efficient, quieter turboprop aircraft.
Research Focus
Key Achievements
Top Papers
- 1