Welcome

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Hello Aviation Enthusiast!
    This is Nehal Kankanawadi, final year undergrad of B.E Aeronautical Engineering at MVJ College of Engineering, Bengaluru.
I welcome you all to my Blog where we together learn and grow our knowledge and interest in the field of aeronautics.
Cheers!
Hoping you would stick around.

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Concept of Lift and Drag!

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Concept of Lift and Drag! George Cayley's theory. The most crucial force responsible for the aircraft to fly is the lift force, so it’s necessary to know the concept of how lift is generated important. To understand lift, imagine a cardboard. And let’s consider two situations: You are holding cardboard perfectly horizontal against the wind. You are holding cardboard tilted up making some angle with the horizontal against the wind. CASE 1: You are holding cardboard perfectly horizontal.             In this case you can see that the cardboard exerts a force on your hand (negligible) but do not exert any force in vertical direction and stays as it is. This force that pushes the cardboard back is due to cardboard opposing the flow of air. This force is known as ‘Drag’ CASE2: You are holding cardboard tilted up making some angle with the horizontal against the wind.             In this case as soon as you hold the cardboard at some angle against the wind you see that
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How Airplanes Fly?

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How do Airplanes Fly? Every aviation enthusiast’s first question probably was how airplanes fly? So in this blog I’m writing about the physics and science behind how airplanes fly. First, let’s see forces that can make the airplane stay in air. 1.       We need a force that will pull the aircraft so it moves forward. Let’s call this force ‘ Thrust’ 2.       We need a force that will balance the weight of aircraft so that it takes off from ground, stays in air and don’t fall back to earth surface. Let’s call this force ‘ Lift’ Thrust, as we know is provided by the engines, but how is lift generated? Yes, the answer is WINGS. But how do wings generate lift? Fig 1: A simple wing of airplane If we look at the wing as shown in Fig 1, when looked from a side the profile looks as the figure 2. This is a special geometry called ‘ airfoil ’ Fig 2: Cross section of wing: Airfoil So, what’s so special about the airfoil? The airfoil as seen in Fig 2 has the length at l
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"With Great LIFT comes Great DRAG"