A similar suction force is exerted on a flat plate in aerodynamic theory.
In addition to satisfying aerodynamic constraints, realization of surface suction is determined by manufacturing capabilities, by structural criteria and by operational considerations.
The maximum acceleration is that which is attained applying the maximum effort when rolling, grade and aerodynamic resistances are overcome.
The various forces involved in the breakup process are inertial, surface tension, aerodynamic, centrifugal, and viscous.
One of the key areas of aerodynamic study is that of boundary-layer stability/transition to turbulence.
The given and equipollent configurations are shown to support identical aerodynamic forces, hence the name.
The variability around the aerodynamic expectation suggested that postural control, by the spider, could play a significant part in ballooning distances.
Since the aerodynamic flow of the wind is constantly changing, these elements are in a constant dynamic relationship.
