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Posts Tagged ‘Model Rocket Aerodynamics’

Why is the Golf Ball dimpled? The aerodynamics of golf balls.

Why is the Golf Ball dimpled?  The aerodynamics of golf balls.

If you have been following our series on the aerodynamics of model rockets you have read that objects moving through the air are slowed down by aerodynamic drag. Objects with uneven or rough surfaces generate more surface drag and contribute to air flow over the object turning from laminar (smooth) to turbulent (rough). So do [Continue]

The Aerodynamics of Model Rockets Part 2 – Parasite Drag and Air Flow Types

The Aerodynamics of Model Rockets Part 2 – Parasite Drag and Air Flow Types

In part one of this series we began the discussion on aerodynamic drag. We touched on the basics of drag, the formula for drag and left off discussing drag coefficient. In this article we will dig deeper into aerodynamic drag and air flow over a moving object.   Parasite Drag In our first article of [Continue]

The Aerodynamics of Model Rockets Part 1 – The Basics of Drag

The Aerodynamics of Model Rockets Part 1 – The Basics of Drag

For many of us starting in model rocketry getting the rocket built and into the air is the first challenge. We most likely will start with a kit, build the rocket as per the instructions, prepare the rocket for flight and then fire it off into the sky. That is certainly accomplishment enough, but have [Continue]