What is the Meaning & Definition of aerodynamics
Aerodynamics is the science that studies the movement of air and its
interaction with objects that move and generate with their displacement
that the air circulation. Aerodynamics is part
of mechanics and dynamics, both sciences which study different physical
phenomena, mainly related to the movement of various objects. Aerodynamics implies physical knowledge as well as mathematical.
Aerodynamics has as main objective analysis or study observing the
behavior of air or different masses of gas around elements or objects
that come into movement. Thus, this study allows
to know information about phenomena such as the speed, the density of
air, temperature, pressure, gravity, etc.
The earliest forms of study on aerodynamic phenomena lead to antiquity, historical context in which the first mathematicians and physicists already knew and had succeeded in establishing the main characteristics of some phenomena of the area. No doubt, characters such as Leonardo Da Vinci, Galileo and Isaac Newton would later collaborate great way to understand the movement of air around objects.
Aerodynamics, or the results of their observations, apply obviously to phenomena of everyday life. In this sense, the aerodynamics and working with the behavior of air served much for phenomena such as aviation or the development of means of transport, construction and manufacture of cars or machines more and more powerful in space. Aerodynamics also allows us to know the movement of the sound since it is transmitted through the air and here is where come into play issues such as radio frequencies, the music and sounds in general. Finally, is and important aerodynamic similarly in the activity of the construction and civil engineering since elements such as buildings and bridges should take into account the presence of the weather at the time of be built masses.
The earliest forms of study on aerodynamic phenomena lead to antiquity, historical context in which the first mathematicians and physicists already knew and had succeeded in establishing the main characteristics of some phenomena of the area. No doubt, characters such as Leonardo Da Vinci, Galileo and Isaac Newton would later collaborate great way to understand the movement of air around objects.
Aerodynamics, or the results of their observations, apply obviously to phenomena of everyday life. In this sense, the aerodynamics and working with the behavior of air served much for phenomena such as aviation or the development of means of transport, construction and manufacture of cars or machines more and more powerful in space. Aerodynamics also allows us to know the movement of the sound since it is transmitted through the air and here is where come into play issues such as radio frequencies, the music and sounds in general. Finally, is and important aerodynamic similarly in the activity of the construction and civil engineering since elements such as buildings and bridges should take into account the presence of the weather at the time of be built masses.