SCIENCE OF IT. WE HAVE AN EASY AND FUN EXPERIMENT THAT YOUR KIDS CAN DO RIGHT AT HOME IF YOU GIVE THEM PERMISSION. YES,HE T FIRST SPORTING METEOROLOGIST ALEX ALISI SHARES. THIS WEEK’S EXPERIMENT ...

This Blake’s Brainiacs experiment is all about laminar flow, one of two main types of flow that water or any fluid can have. While this activity will be fun for all ages, please make sure an ...

3D-printed nozzle to promote laminar air flow on the left, stock nozzle on the right. As an experiment to improve the quality of the air flowing out the laser nozzle, [Jesse] researched ways to ...

Upcoming experiments should pave the way toward the first practical applications of drag-reducing laminar flow control on a transport aircraft under NASA’s Environmentally Responsible Aviation ...

SAE Transactions, Vol. 97, Section 1: JOURNAL OF AEROSPACE (1988), pp. 995-1019 (25 pages) Laminar flow flight experiments conducted over the past fifty years will be reviewed. The emphasis will be on ...

That's laminar flow. But then, at some height above the wick, the smooth smoke stream suddenly breaks up into a wobble and may even turn back on itself. That's turbulent flow.

Microfluidic flow cells are used in single-molecule experiments, enabling measurements to be made with high spatial and temporal resolution. We discuss the fundamental processes affecting flow ...

A large composite outer wing section designed to prove the operational feasibility of drag-reducing natural laminar flow (NLF) for future aircraft is being evaluated by Airbus for flight test on a ...

Now compare the wing with the Taylor-Couette experiment. As discussed in the introductory page, flow in the Taylor-Couette experiment undergoes discrete steps on the way towards becoming fully ...

Until now it had been assumed that, once a flow of a fluid has become turbulent, turbulence would persist. Researchers have now shown that this is not the case. In their experiments they managed ...