In this work, we conduct a numerical investigation of a hexacopter for urban air mobility,
emphasizing the interactional effect between different components of the vehicle on the …

This paper presents a numerical investigation of noise radiated by two side-by-side
propellers, suitable for Distributed-Electric-Propulsion concepts. The focus is on the …

This study delves into the exploration of a distributed propulsion system consisting of three
co-rotating propellers in front of a high-lift wing system, with a primary focus on …

This paper describes progress made on the new design and analysis of a twin-propeller
(front and rear) with duct. Major advantage of this design is that the Unmanned Aerial …

The development of the Urban Air Mobility concept has proposed stringent requirements for
the fixed-wing vehicle's Short/Vertical Take-Off and Landing (S/VTOL) performance. With its …

This paper presents initial findings from aeroelastic studies conducted on a wing-propeller
model, aimed at evaluating the impact of aerodynamic interactions on wing flutter …

View Video Presentation: https://doi. org/10.2514/6.2021-2236. vid This paper deals with a
numerical investigation on aerodynamics and aerocoustics of multi-propeller/wing …

Within this study, the capability of the actuator line method to simulate the noise of a high-lift
distributed propulsion system is investigated. Therefore, the blades of three tractor …

View Video Presentation: https://doi. org/10.2514/6.2022-0263. vid Electric vertical take-off
and landing (eVTOL) aircraft enable new transport options in regional and urban air mobility …

The growing demand for more efficient aircraft has made the development of innovative
designs critical. Distributed propeller aircraft configurations are among the most promising …