Storyboard

The flow around a wing leads to the formation of whirlpools that, depending on the shape and angle of the wing with respect to the flow, can cause whirlpools in a section of these. If volume elements around the wing are considered and it is assumed that energy conservation can be madly assumed, different speeds will have to lead to different pressures (Bernoulli) on the surface.



The sum of all pressures on the surface in the direction of flight, both in front of the wing (backward force) and behind the wing (forward force) leads to a total force that we call resistance. To be able to propel a body (airplane / bird) it is necessary for the propulsion to overcome this resistance force.

>Model

ID:(464, 'ky')

Description

The flow around a wing leads to the formation of whirlpools that, depending on the shape and angle of the wing with respect to the flow, can cause whirlpools in a section of these. If volume elements around the wing are considered and it is assumed that energy conservation can be madly assumed, different speeds will have to lead to different pressures (Bernoulli) on the surface. The sum of all pressures on the surface in the direction of flight, both in front of the wing (backward force) and behind the wing (forward force) leads to a total force that we call resistance. To be able to propel a body (airplane / bird) it is necessary for the propulsion to overcome this resistance force.

ID:(464, 0)