The phrase "aerodynamic surface" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or design, particularly when discussing objects that move through air, such as vehicles or aircraft.
Example: "The car's aerodynamic surface reduces drag, allowing it to achieve higher speeds with greater fuel efficiency."
Alternatives: "streamlined surface" or "airflow-optimized surface".
In this paper, volumetric b-splines are employed to deform the aerodynamic surface.
A foam with negligible stiffness is used to provide the aerodynamic surface of the wing.
3D stereoscopic vision, based upon stroboscopic imaging, was utilized to obtain the 3D information of the aircraft's flexible aerodynamic surface.
Finally, three-dimensional aerodynamic surface optimisation of the BWB is carried out based on both continuous and discrete adjoint approaches.
With the application of new materials and actuators an aerodynamic surface with variable geometry can be manufactured that offers the possibility of vibration and flutter suppression.
In this work, a volumetric b-spline parameterization has been applied in an automatic gradient-based optimization strategy in order to optimize the aerodynamic surface of aeronautical configurations.
Aerodynamic surfaces were covered with a finely woven muslin cloth.
Pennaceous feathers capable of forming aerodynamic surfaces are characteristic of Pennaraptora, the group comprising birds and their closest relatives among non-avian dinosaurs.
Moreover, in the transonic range (between about Mach 0.8 and Mach 1.2), air flowing over aerodynamic surfaces stops behaving like an incompressible fluid and forms shock waves.
This course explores the fundamentals of the behavior of aerodynamic surfaces (airfoils, wings, bodies) immersed in a fluid across all speed regimes (from subsonic to supersonic/hypersonic).
For wind turbine blades having large unsupported functional aerodynamic surfaces; the structural stiffness is very important.
