R. De Breuker

R. De Breuker is a researcher in the Department of Aerospace Structures & Materials at Delft University of Technology. His work focuses on aerospace engineering, particularly in aerodynamics, morphing wing technology, and structural optimization.

His research explores advanced methodologies for aircraft design, including camber morphing technology for strut-braced wings, trailing edge morphing, and nonlinear dynamic analysis using the Koiter Newton model reduction. He also investigates active control systems for transonic aeroelastic phenomena, aiming to enhance aircraft performance and stability.

The trends in his recent publications highlight interdisciplinary collaboration in optimizing wing structures, improving aerodynamic efficiency, and developing reduced-order models for aerospace applications. These works align with his broader expertise in aircraft design and control systems.

• Scientific Awards
  • Von Kármán Award for International Cooperation in Aeronautics

De Breuker has led significant research projects such as GENESIS (electric aircraft sustainability), EDEN (ecolonomic design), SABRE (adaptive rotorcraft blades), and MANTA (next-generation movable aircraft surfaces). His contributions span aerodynamic modeling, structural optimization, and sustainable aerospace systems.