Explore a captivating 12-minute video showcasing a series of fascinating fluid dynamics experiments presented by Professor Tom Mullin from the University of Oxford. Delve into a wide range of fluid mechanics phenomena, including turbulence, wave formation, Rayleigh-Taylor instability, viscous effects, magnetism, electricity, segregation, disorder, and chaos. Witness experiments such as electric current in liquid crystals, segregation of metal balls and poppy seeds, granular material behavior, waves in rotating drums, viscous fluid instabilities, floating objects, and magnetic swimmers. Gain insights from this comprehensive demonstration of fluid dynamics principles, supported by the Journal of Fluid Mechanics (JFM) and the UK Fluids Network (UKFN), and produced by Dr. Tom Crawford, an Early-Career Teaching and Outreach Fellow at St Edmund Hall, University of Oxford.
Amazing Fluid Dynamics Experiments - From Electric Currents to Magnetic Swimmers
Cambridge University Press via YouTube
Overview
Syllabus
Tom Mullin at the University of Oxford introduces some of his favourite fluid dynamics experiments... covering a wide range of fluid mechanics phenomena including turbulence, wave formation, Rayleigh-Taylor instability, viscous effects, magnetism, electricity, segregation, disorder and chaos. See below for a full list of experiments with associated timestamps. 0:12 - Electric current and liquid crystal 1:36 - Segregation of metal balls and poppy seeds 2:40 - Chains and granular material 3:05 - Granular vortex 4:06 - Waves in a rotating drum 5:00 - Viscous fluid instability 5:58 - Needle in a rotating drum 6:44 - Floating ball 7:35 - Floating cylinder 8:40 - Magnetic swimmer - Disordered balls in syrup With thanks to the Journal of Fluid Mechanics JFM and the UK Fluids Network UKFN for their generous support. Interview with Professor Tom Mullin - a visiting researcher at the University of Oxford.
Taught by
Cambridge University Press
