The future of aerodynamics is changing at a faster rate than ever. Ahead of the RAeS Aerodynamics Conference, RAeS President ...

The evolution of the airplane and its performance : a short history -- Aerodynamics of the airplane : the drag polar -- Some propulsion characteristics -- The equations of motion -- Airplane ...

Have you ever wondered how airplanes, despite their massive size, manage to stay in the sky? The answer lies in aerodynamics, which explains how air interacts with moving objects to generate lift, ...

High angle of attack maneuvers demonstrate how remote controlled aircraft behave when their wings meet the airflow at steep ...

Cruise altitude around 35,000 feet is a compromise between aerodynamic efficiency and engine performance, not a fixed 'magic number'. Aircraft perform optimal climbs and descents based on weight, with ...

In addition, lift, induced drag and aircraft control can all be influenced in a targeted manner – a major advantage for aerodynamics and flight mechanics," Radestock elaborates. DLR engineers ...

The defining element of a defining technology -- The winding path to the Wright brothers -- Reinventing the airplane -- Breaking the sound barrier -- The supersonic design revolution -- The rise and ...

On a warm summer morning at Princeton University, aerospace engineer Aimy Wissa was at the university helipad, preparing to fly a remote-controlled plane. But this wasn’t just any model aircraft.

Abstract: The aviation industry is undergoing significant improvements in aircraft efficiency, driven by technological innovation and evolving performance demands. In this lecture, we will explore the ...