This episode focuses on analyzing the aerodynamics of the Pikes Peak race car. I review airflow concepts, design choices, and data that help determine how the car behaves at speed. The video explains ...

Birds have an ability to fly through obstacles by shifting their shape in flight, which is difficult to reproduce in uncrewed ...

Summary and Key Points: Defense analyst Brent M. Eastwood, PhD, evaluates reports that researchers at the China Aerodynamics ...

Flutter stability in turbomachinery is a fundamental aspect of aeroelasticity that directly influences the operational safety and efficiency of engines and compressors. This phenomenon, which ...

A series of experiments using paper airplanes reveals new aerodynamic effects, a team of scientists has discovered. Its findings enhance our understanding of flight stability and could inspire new ...

Birds have an ability to fly through obstacles by shifting their shape in flight, which is difficult to reproduce in uncrewed aerial vehicles, commonly known as UAVs or drones.

Carbon fiber-reinforced rear wing increases supercar handling stability at speeds up to 150 mph/245 kmh. Companion front splitter and dive planes produce balanced 7:1 downforce-to-drag ratio.

Indy cars not only have to ensure stability at high speeds while going in a straight line, but they also must operate at high speeds while cornering. Although much news surrounding the 2018 IndyCar ...