The Basic Principle of Flight

Flight was always a human dream, and aviation technology is rapidly changing after brothers of light technology completed their first force flight plan. From ancient light planes to 100 tons of passenger aircraft, and even more flexible fighters than Eagles, flight technology has become one of the amazing achievements of science and technology. Aerodynamics are the basic principle of flight and civil aircraft units, and in order to have the ability to move through the sky, the balance of the force of the air lift must be greater than the weight and the thrust must be larger than the resistance.

The first powered aircraft was Orville and Wilbur-Lite aircraft. It uses the same basic flight principle as today's jet. In 1903, the wing of the light flyer (wing) was similar to a box type kite. A pair of small wings (duck wings) are in front of the main wing, allowing the aircraft to rise or descend. The function of the canoe is the same as the function of the elevator installed in today's aircraft. Looking at the light flyer is done from "wings" which change the angle of the wing. Without the cockpit, the pilot lies on the wing of the cradle and moves the airplane left and right to rotate the airplane. The light flier is a flight that is difficult to fly because it is unstable. You can not "fly by yourself", it must be controlled constantly by the pilot. The concept of "static stability" is extended to almost all aircraft designs

On December 17, 1903, the Wright brothers succeeded in launching heavy aircraft in the air at Kitty Hawk, North Carolina, and celebrated the age of aviation. An aircraft, sometimes known as Kitty Hawk Flyer, is a product of a complex research and development program for four years Wilbur and Obilrite began in 1899. During the design and construction of Wrights, their experimental aircraft also pioneered many basic principles and techniques of modern aerospace engineering such as the use of wind tunnels as design tools and flight tests. Their breakthrough results include not only the first leaping advancement of aircraft but also equally important outcomes in establishing the foundation of aeronautical engineering.

Aeronautics is a study on flight science. Aviation is the way to design aircraft or other flight machines. In order to be able to design an aircraft, aerospace engineers must understand four basic areas. To design an aircraft, engineers need to understand all these elements. move on. We will study how to design an engine that provides the necessary thrust for the aircraft to take off and fly. The engine powers the aircraft. Research on propulsion is the reason engineers decide the appropriate engine type and appropriate aircraft output.