Lecture 15: Young-Laplace Equation, Curvature and Spherical Surfaces
Lecture 1 of Chapter 6 introduces the Young-Laplace equation, the curvature concept, and demonstrates its qualitative and quantitative determination for a sphere. This first lecture will also develop the equations describing both static and dynamic capillary rise for idealized spherical surfaces and interfaces.
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Lecture 16: Cylindrical Surfaces, Capillary Bridges and Drop Shape Analysis
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Young Laplace Equation
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Bouncing Droplets: Superhydrophobic and Superhydrophilic Surfaces
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Young equation and contact angle
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The most beautiful formula not enough people understand
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2 5 1 2 La Place equation for capillary pressure
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Laplace pressure
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Laplace pressure in a bubble: derivation using forces
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Why The Russian Accent Terrifies Everyone
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Contact Angle and Wettability
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You're Doing Push-Ups Wrong... This Is Why You're Not Getting Stronger
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The Marangoni Effect
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Mod-01 Lec-06 Young Laplace Equation
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Lecture 13: Contact Angle, Young’s Equation and Wetting
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Young Laplace equation
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Lecture 18: The Laplace Operator (Discrete Differential Geometry)
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How (and why) to take a logarithm of an image
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Functional Surfaces A1 - How does water behave? Theory (Advanced)
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