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Behavior of multiple small drops of the same size (dilute emulsion motion in a channel with contraction in the y = 0 plane)

Project: Visualization of Mechanical Processes

Journal: Visualization of Mechanical Processes: An International Online Journal

Article: SIMULATION OF DROPS MOTION IN CHANNELS USING FAST MULTIPOLE METHOD /GRAPHICS PROCESSORS ACCELERATED BOUNDARY ELEMENT METHOD

Topics: Drops, Particle technology, Separation technologies, Material Processing, Fluid flow and heat transfer in micro and nanochannels, Visualization techniques, Multiscale Modeling

This movie demonstrates numerical simulation of the behavior of multiple small drops of the same size in cylindrical channel (the ratio of droplet radius and radius of the widest channel part is a / R2 = 0.035). Each drop is discretized by a triangular mesh with 162 vertices while the channel surface contains approximately 40,000 triangular elements.

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