5 Simple Tricks to INSTANTLY Improve Your Understanding of Fluid Dynamics скачать в хорошем качестве

5 Simple Tricks to INSTANTLY Improve Your Understanding of Fluid Dynamics

It's a valve with no moving parts. A solid, static object that creates a one-way street for fluid, allowing it to flow freely in one direction and stopping it in the other. How is that possible? This is the story of Nikola Tesla's most elegant invention: the Tesla Valve. Join us for a complete physics breakdown of this fluidic diode. Using clear animations, we'll explore the difference between smooth laminar flow in the forward direction and the "cascade of chaos" in the reverse. Discover how the valve's brilliant geometry uses a fluid's own energy against itself, creating powerful vortices and momentum changes that form a "fluid wall." We'll also cover the concept of Diodeicity and how this 100-year-old idea is finding new life in modern microfluidics. 👇 *JUMP TO THE PHYSICS* 👇 [0:00] The Impossible Valve [0:30] Forward Flow: The Path of Least Resistance [1:15] Reverse Flow: A Cascade of Chaos [2:15] The "Fluid Wall": Momentum Change Explained [3:00] The Vortex: Choking the Flow with Turbulence [4:30] Diodeicity: Measuring the One-Way Effect [5:30] Modern Applications: From Tesla's Lab to Microchips The Tesla Valve is a masterclass in elegant design and a testament to Nikola Tesla's profound understanding of fluid dynamics. It's a true marvel of physics, hidden in plain sight. What other Tesla invention should we break down next? Let us know in the comments! #Tesla #Engineering #Physics #Science #Invention