# Scott Beale Tempus On Aero Plane Aerodynamics

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Scott Beale states that aerodynamics comes from air and force and it is the study of the force and the movement of the objects in the air. Human beings have been interested in aerodynamics and aerodynamics has helped in changing the dynamics of large airliner, rocket or a simple kite flying through the air. The curve that the baseball gets is from aerodynamics, and high-speed aero dynamics is part of aeronautics. The compressible factors of the air in an airplane will not be neglected when one goes for making a plane. The flight that travels less than the speed of the sound is subsonic, and the flight that travels near to the speed of the sound is transonic and greater than the speed of the sound is supersonic and if the speed is travelling more than the speed of the sound is called hypersonic.

Scott Beale Tempus on aero plane dynamics

According to Scott Beale Tempus , Airplanes will have to defy gravity, and there would be a lift in an aeroplane when wind flows under it, and that would reach the curved top surface. The wings that push down the air when a plane is flying will get an additional push towards the upper surface, and that principle is Newton’s third law that states that for every action there will be an equal and opposite reaction. It is the wing angle, which will determine how much wind should come down and that will decide how much wind will come up.

There should be a motion that should be happening between the wing and air, and the velocity of the air and wing will determine the lift. The lift will increase when the speed of the plane increases.

The aim of the aerodynamics is to ensure that the drag factor is kept down and there would be pressure between the top and the bottom wings, and there would be ram drag when the engines bring the air into a wing. The horizontal and vertical stabilizer along with the winglets will be able to control and drag and slats will be used to lift, and flaps will be pushed down by the pilot when the plane moves forward.

The other factors of aerodynamics

Aircraft will have a combined load and there will be crew, fuel, cargo, baggage, and the weight would pull down the aircraft, and there would be an opposition of lift, and that would pass under the centre of gravity. The aerodynamics feature will work in cars and helicopters, and the aim is the better car making, and that will increase the mileage. The air that passes through the airfoil will help in getting the lift that is needed for helicopters, and that will help in getting the helicopter on board feels Scott Beale Tempus and the helicopter will be looking at blade span and there would be chord line that will determine the lift. If one looks at the designs of a car in recent years and one can find that the shape and design in front are changing as if to remove the drag coefficient that would reduce the mileage and would increase the petrol use.