In recent decades, the environmental impacts of aviation have become a key challenge for
the aeronautical community. Advanced and well-established technologies such as active …

Sustainable aviation is a frequently discussed concept in contemporary aviation literature,
industry, and policy. However, a review of definitions for sustainable aviation indicates that …

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 …

Battery-electric aviation is commonly believed to be limited to small aircraft and is therefore
expected have a negligible impact on the decarbonization of the aviation sector. In this …

This paper examines a Distributed Propulsion (DP) concept and involves CFD verification,
optimisation and evaluation. The first part of the study validates the employed simulation …

Driven by increasing demands for a sustainable and ecofriendly future in aviation,
Distributed Electric Propulsion (DEP) systems have received much attention for their high …

Thus far, battery-electric propulsion has not been considered a promising pathway to climate-
neutral aviation. Given current and expected battery technology, in most literature battery …

As the environmental problems become increasingly serious, distributed electrical
propulsion systems with higher aerodynamic efficiency and lower pollution emission have …

In the development of electric aircraft, due to the use of Distributed Electric Propulsion
(DEP), not only the classic wing flutter but also the propeller whirl flutter needs to be …

The excessive depletion of fossil fuels and increasing environmental concerns have led to
the need to explore alternative sources of power for aircraft. This has spurred various …