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Drone technology has become the next key to unlock a revolutionising sustainable future after the invention of motor cars. As no innovation comes unchallenged, the drone technology has been facing barriers to expand. One such thing is the drone collision with aircrafts. In this book you'll learn computing lift on a propeller driven drone using blade element theory, two dimensional Wing Induced Aerodynamic Field and the dynamics of a drone in the Wing Induced Field. Thus providing an insight of what actually happens when a drone comes in sight with an aircraft especially the wing section.

Produktbeschreibung
Drone technology has become the next key to unlock a revolutionising sustainable future after the invention of motor cars. As no innovation comes unchallenged, the drone technology has been facing barriers to expand. One such thing is the drone collision with aircrafts. In this book you'll learn computing lift on a propeller driven drone using blade element theory, two dimensional Wing Induced Aerodynamic Field and the dynamics of a drone in the Wing Induced Field. Thus providing an insight of what actually happens when a drone comes in sight with an aircraft especially the wing section.
Autorenporträt
Thuvahrakan Susendralingam is a Sri Lankan born Engineer. He has graduated from the University of Cambridge with a Masters in Engineering degree in Aerospace and Aerothermal Engineering. His interests are in autonomous aerial vehicles and their dynamic behaviour.