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Stability of Sedimenting Spheres Using an Idealized Two-Phase Continuum Model

International Centre for Theoretical Sciences via YouTube

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This 15-minute talk from the International Centre for Theoretical Sciences examines the stability dynamics of sedimenting spheres through an idealized two-phase continuum model. Explore the mathematical and physical principles governing how spherical particles settle in fluid environments, with researcher Dylan Reynolds presenting analytical approaches to understanding this complex phenomenon.

Syllabus

Stability of Sedimenting Spheres Using an Idealized Two-Phase Continuum Model by Dylan Reynolds

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International Centre for Theoretical Sciences

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