Experimental

Experimental and Numerical Analysis of Unsteady Rotating and Flapping Multi-Wing Systems
PhD thesis in Aerospace Engineering.
Development of numerical models for coaxial rotors (BEMT + UVLM) and tandem flapping wings (UVLM), with experimental validation.
Thomas Lambert
Project Project Project
Experimental and Numerical Analysis of Unsteady Rotating and Flapping Multi-Wing Systems
MechaRaptor
Experimental setup for a medium-size tandem flapping system.
MechaRaptor
Experimental Analysis of a Large-scale Tandem Flapping Wing System
Conference presentation.
Experimental measurements on a medium scale prototype of tandem flapping wings system.
Thomas Lambert, G. Dimitriadis
PDF Cite Code Dataset Project Slides DOI AIAA SciTech
Experimental Analysis of a Large-scale Tandem Flapping Wing System
Numerical and Experimental Investigation of Tandem Wing Flyers
Conference presentation.
Analysis of the basic principles governing the aerodynamic behavior of tandem wings in close proximity.
Thomas Lambert, N. Warbecq, P. Hendrick, R. Nudds, T. Andrianne, G. Dimitriadis
PDF Cite Project Slides DOI AIAA SciTech
Numerical and Experimental Investigation of Tandem Wing Flyers