The triplane will forever be remembered as an icon of early aviation—thanks in large part to Manfred Albrecht Freiherr von ...

Generally, aircraft are designed either for hovering (like helicopters) or smooth forward flight (like planes). Most air taxi ...

Explore the fascinating story of the oblique wing, an innovative design championed by NASA’s Robert Jones that could ...

There are two ends of the cantilever structure on fixed-wing aircraft: one is let free and the other is fixed. In this article, CREO is used to simulate the precise structure of an Aeroplan wing with ...

Dreaming of the secrets behind the world’s most advanced commercial jet? Imagine a carbon-fibre marvel with an ultra-wide fuselage redefining cabin comfort and engines so efficient they smash records.

Collaboration includes route modelling, emissions accounting, operational cost analysis & engagement with industry.

In this paper, the six degrees of freedom of the flying wing aircraft is built firstly. Then, a nonlinear dynamic inverse and PID control method is proposed to design the control system of the ...

using a fan-in-wing design. The Cavorite X7 demonstrator is designed primarily as a conventional aircraft but with a unique twist—it can take off and land vertically like a helicopter ...

Five students worked over the course of an academic year to design the plane before they ... under 254 pounds in order to qualify as an ultralight aircraft. The team members developed expertise ...

Horizon Aircraft's Cavorite X7 eVTOL successfully completes stable wing transition, pioneering a novel fan-in-wing design for hybrid aircraft. Horizon Aircraft has announced a significant ...

Aircraft design optimization made fast through computational graph transformations (e.g., automatic differentiation). Composable analysis tools for aerodynamics, propulsion, structures, trajectory ...