The Fluid Flow around an Infinite Cylinder | Deep Dive Maths

[@bendavis2234]

I love these Deep Dive Maths episodes! They are a great supplement to your other tutorial videos that are more technical. Here we get to see the big picture before diving into solving equations. Keep ‘em coming!

[@sapsan1234]

Thank you! As continuing Coursera Student, I highly recommend Jeff's courses. This is a wonderful video.

[@edwincuevas9965]

This presentation was absolutely AMAZING.

[@vinothvinoth7462]

Thank you sir, i have now work this area (fluid dynamics in horizontal circular cylinder)

[@NaseerAhmad-dd6pp]

I Am present sir everytime for your precious fruitful Mathamatical and scientific knowledge

[@amazighman9935]

thanks professor

[@quattrohunter]

It was very interesting to watch!

[@BalrogIsCool]

Very interesting video

[@andredevos1406]

Beautiful

[@dhivya.s3421]

Sir you are amazing. ❤️ From india🇮🇳

[@educarelearninghometutor6427]

nice

[@songy1994]

I cant understand the relation of turbulant and attached eddies interacted with street. Kindly can u provide more details. Iam also saw that in my results

[@ProfJeffreyChasnov]

Understand? Too vague.

[@marianodeanquin]

¿se produce ese desfasaje porque las direncias mumericas leves de discretizacion de la mallas entre distintos puntos se va acentuando a medida que que se itera? y esta diferencia existe en los errores geometricos de los cilindro como minimas asimetrias reales que induces a generas las semillas de las oscilaciones? pero esto no es la explicacion de esto en si, ¿porque debe usarse con Navier Stokes como una receta aspirina para todo tipo de dolor sin ir al medico? ¿realmente esa ecuacion es valida para usarse en estos casos?, A mi juicio se ignoran otros fenomenos para entender este problema, porque se quiere seguir alguna escuela de pensamiento o teoria de fisica

[@godfreypigott]

Are we going to get a new video soon?

[@ProfJeffreyChasnov]

Sorry, not a Deep Dive Maths video. I am releasing Mathematics for Engineers: The Capstone Course shortly.

[@modernphysics7474]

👍🏻

[@aswinzed8339]

"it always oscillates"😢 saddest shi- I've ever heard