What is flight dynamics?

flight dynamics is an analysis of the way the aircraft moves through the air, strength and control systems that allow them to maintain years, and the external physical forces that affect them, such as thrust, lifting, gravity and pulling. The main applications of the Science of Flight Dynamics relate to the attitude of the aircraft during the flight, especially the ways they move and are forced to move in three separate axes of pitch, Yaw and Roll. The science of flight dynamics is also applied to a spacecraft, but the ways in such a vessel is achieved by flight and flight control, differs significantly from atmospheric vessels such as aircraft and helicopters.

The orientation of aircraft and spacecraft uses what is called the ideal as a reference point. For atmospheric aircraft it is basically equal and the level of flight that uses the country as a link. For the spacecraft, this legacy is arbitrary and can be based on a planetary or other object around which the tkosmic ship orbits or even other spacecraft. When a space vessel is on the ODA rare path around the Earth, the Earth's surface is often used as a reference, but for the purposes of maneuvering near and docking with another spacecraft or an international space station, it can be a reference to another craft or object.

The three axes of air and spacecraft rotation are called pitch, role and cornering, and the spacecraft or the plane moves around these axes with its center of gravity or matter because they meet three axes. Aviators' engineers use flight dynamics to determine how air and spacecraft will behave as mechanisms to rotate the vehicle in one of these directions, as well as the directional movement of the vehicle by the atmosphere or space. Things such as the amount of thrust needed for flights, flight stability, maneuverability and climbing rates can be estimated with a high degree of accuracy for air or spacecraft design by means of flight dynamics. Control and drive systems are designed using a princeFlight dynamics to allow air and spacecraft to affect a controlled and effective flight.

While each of the three axis of rotation has a scientific definition, it can be confusing and it is often easier to define them easier. Pitch refers to the attitude of the direction of flight with respect to the reference point in the direction up or down. When the aircraft rises, it is said that its playground is positive, it is inclined above the reference point.

yaw refers to the attitude of the aircraft from side to side. Imagine a model plane sitting on the table and spinning it to one side or the other without moving the center of the plane. This is an allusion. Roll can be easily imagined by introducing aircraft on a flat -level flight and lifting one wing.