For more incredible fluid dynamics experiments be sure to check out the 'Fluid Dynamics' playlist here: th-cam.com/play/PLMCRxGutHqfljKCNPWK1gMy10MTVGbkhv.html
I asked this question in the live chat but it cut us off. Can we expect a Fluid Dynamics course? Your playlist is sweet but a Tom Rocks Fluid Dynamics course would be amazing I'm sure! Maybe a colab with Grant Sanderson, Brady Haran, and Steve Mould?
I work in plumbing and mechanical system design as a CAD drafter. Content on fluid dynamics is always interesting but I can imagine a course by you and friends would be great! The channel Practical Engineering does a really neat job of highlighting real world conditions as they relate to piping systems. Would be awesome to have demonstrations in that vein. I'm a bit biased though, I realize there is far more to fluids than how various piping systems and configurations behave.
I did my 4th year Master's project on Chaos in Taylor-Couette flow at the University of Manchester where Tom used to work. I had the pleasure of meeting him when he came in especially to help me and my brother with our project. He helped us understand the old apparatus that he used to use. He supervised our supervisor, Professor Anne Juel, and we used his book on chaos. I have a lot to thank him for! I was pleasantly surprised when his face popped up on my suggestions! Thanks for the video :)
It is a pleasure to have collaborated with what I consider to be one of my scientific fathers. Tom, your explanations, your ideas and your experiments are a real challenge for those of us who dedicate ourselves to research. In them I have found my passion for Fluid Dynamics. I love team building: experimentation, theory and numerical simulation are always respected separately but their union and collaboration to explain physical mechanisms is the best one can aspire to. Thanks for sharing
great video sir! Background. The solution of most complex fluid mechanics problems involves some sort of experimental investigation. Computational fluid dynamics (CFD) is being used for many practical problems today, but usually in combination with an experimental verification to test the quality of the computational results.
A glass box with water, gas and a few other element in minute amount with no gravity , viewed under a electron and light microscope , would be a superb simulation of the universe.
Hi, my name is Hale and Im 16. Can you please make a video about you attempting a random GCSE Maths Higher Tier paper? I know it’s GCSE I just want to see you destroy the paper lol.
i agree, this is a cool concept i'd love to see how you would go about solving different questions that people my age would cry about and you would complete in less than a minute!
Some constructive criticism: I think at 00:19 it would have needed needs explanations of what we are seeing here. It's so easy to miss him saying that this is a pixel of a ln LCD screen. I thought this was still giving us information about the scale of the experiment. Also, I have a rough idea about how an LCD pixel works, but it took time to dig this knowledge up from the depths of my brain. I think too much was omitted / skipped at this point. I had to rewatch that first half minute 3 times until I felt I didn't miss anything.
For more incredible fluid dynamics experiments be sure to check out the 'Fluid Dynamics' playlist here: th-cam.com/play/PLMCRxGutHqfljKCNPWK1gMy10MTVGbkhv.html
I asked this question in the live chat but it cut us off. Can we expect a Fluid Dynamics course? Your playlist is sweet but a Tom Rocks Fluid Dynamics course would be amazing I'm sure! Maybe a colab with Grant Sanderson, Brady Haran, and Steve Mould?
I work in plumbing and mechanical system design as a CAD drafter. Content on fluid dynamics is always interesting but I can imagine a course by you and friends would be great! The channel Practical Engineering does a really neat job of highlighting real world conditions as they relate to piping systems. Would be awesome to have demonstrations in that vein. I'm a bit biased though, I realize there is far more to fluids than how various piping systems and configurations behave.
it's one of the projects on my ideas list, so watch this space :)
@@TomRocksMaths doooooope
I did my 4th year Master's project on Chaos in Taylor-Couette flow at the University of Manchester where Tom used to work.
I had the pleasure of meeting him when he came in especially to help me and my brother with our project. He helped us understand the old apparatus that he used to use. He supervised our supervisor, Professor Anne Juel, and we used his book on chaos. I have a lot to thank him for!
I was pleasantly surprised when his face popped up on my suggestions! Thanks for the video :)
I know Anne too - amazing.
Tom Mullin! Amazing video! Congratulations!
Excellent! Thanks for the video.
Nice video Tom. I learnt loads working with Prof Mullin. During both my PhD and also a Post Doc a few years later.
Yes Tom is brilliant!
I worked in Prof. Mullin's lab in 2011 and 2012. This video brings back a lot of great memories.
It is a pleasure to have collaborated with what I consider to be one of my scientific fathers. Tom, your explanations, your ideas and your experiments are a real challenge for those of us who dedicate ourselves to research. In them I have found my passion for Fluid Dynamics. I love team building: experimentation, theory and numerical simulation are always respected separately but their union and collaboration to explain physical mechanisms is the best one can aspire to. Thanks for sharing
That video in the beginning looks just like a terminating magnetic field on a bar magnet! Nature is so cool.
it sure is!
This was fascinating!! Thank you
great video sir! Background. The solution of most complex fluid mechanics problems involves some sort of experimental investigation. Computational fluid dynamics (CFD) is being used for many practical problems today, but usually in combination with an experimental verification to test the quality of the computational results.
Love this! Have you ever thought of doing a video on viscosity of hard to measure materials eg lava ext? :)
Thats my granddad!
Ha amazing!!
Aw..sweet
Excellent exposition. I am afraid one of the reasons I gave up on Mechanical Engineering was that I couldn't get to grips with Fluid Mechanics.
brilliant
These pictures are key for opening higher dimensions. Question why is to be answered only by brightest of human civilization.
A glass box with water, gas and a few other element in minute amount with no gravity , viewed under a electron and light microscope , would be a superb simulation of the universe.
I will call it microverse .
Hi, my name is Hale and Im 16. Can you please make a video about you attempting a random GCSE Maths Higher Tier paper? I know it’s GCSE I just want to see you destroy the paper lol.
i agree, this is a cool concept i'd love to see how you would go about solving different questions that people my age would cry about and you would complete in less than a minute!
I need a heart ❤️ it's urgent
Some constructive criticism:
I think at 00:19 it would have needed needs explanations of what we are seeing here. It's so easy to miss him saying that this is a pixel of a ln LCD screen. I thought this was still giving us information about the scale of the experiment.
Also, I have a rough idea about how an LCD pixel works, but it took time to dig this knowledge up from the depths of my brain. I think too much was omitted / skipped at this point. I had to rewatch that first half minute 3 times until I felt I didn't miss anything.