AEROFORUM

HOW DOES AN AIRCRAFT FLY??? The question arises in our mind from our childhood days. We have seen aircraft flying in the sky and many of us have experienced the flight, but still we have the doubt that how does the aircraft flies? Here is the answer for the question. An aircraft flies in the air due to the forces (air) acting on it. The aircraft’s body and structure is designed in a manner to produce a difference in pressure which creates lift. So what is there in the design of aircraft? Why other objects can’t fly in the air? What is the science behind the flight of the aircraft? Many people would not have noticed the shape of the aircraft. The truth lies behind the aircraft’s shape. The body, wing, tail and other components are designed in a way to accelerate the moving air, which does not create any disturbance to the aircraft in motion. When the aircraft flies the air passes smoothly over the surface of the aircraft. Most of the aircraft

                        Albatross Albatross are Pacific Ocean seabirds of biological family Diomedeidae and they weigh up to 10kgs. They are highly efficient in flying because of their aerodynamic techniques such as dynamic soaring and slope soaring. They travel from one country to another country during climate change. They travel from southern to northern hemisphere in clockwise direction and in reverse as in anti clockwise direction. They belong to Carnivores clan of species. They are the largest among the flying birds and the procellaniformes. When discovering the structure of this bird it resembles an aircraft with high aspect ratio wings. These high aspect ratio wings are suitable for long flight distances. Albatross lives in North and South Pacific Ocean. Discovery of albatross Albatross has a long, strong and sharp edged bill. The bill is composed of several horny plates and two long tubes called nostrils that give order for its name. Its nostrils allow them