Glad you found my videos helpful. Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are over 500 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
You're the goat, man absolute legend to have the guy that co-wrote one of the best textbooks on the topic making free and accessible course material online.
As they say ... "I stand on the shoulders of giants." Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are over 500 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
This series of instructional videos is of super high quality, replete with scientific and engineering insight, and dense with worked examples. (I watched every video in the series in its entirety.)
Thank you for your kind and detailed comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 480 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
By the way, I just added another one (Lesson 15H) a few minutes ago! See ua-cam.com/video/T80LlZ5rmsM/v-deo.html This is probably my final video lesson in this series.
I am absolutely ecstatic to have stumbled upon your videos today! I've been using your amazing book for so many years to learn and teach fluid mechanics to my students! Prof, thank you so much for the video! I'm beyond thrilled!
Thank you for your kind comment. Please tell your students about my videos - they can be used as supplements for the book and course. Also, please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 460 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Professor Cimbala I just found your channel and love your textbook this is ideal because I was planning to review fluid mechanics all summer thanks !! God Bless you
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 470 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
@@johncimbala I definitely will. I actually discovered your channel because I wanted a refresher on fluid mechanics. I am interested in CO2 storage, and understanding fluid mechanics is important to my research interests.
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are 500 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
I got the idea today of what is a continuous deformation. But why does it raise to the need of dx/dt over dy instead of dx/dy for shear stress? I know we can measure velocity more easily than change in length unlike solid. So, it is for just convenience.
It is not just for convenience, but it is the definition of rate of shear stress. Watch some of the other videos in this series and this will become more clear to you. Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for your comment. Please tell your students about my videos - they can be used as supplements for the book and course. Also, please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
I do, but mostly in my graduate fluids series. In particular, Lesson 02A at ua-cam.com/video/mKmuD1PudsE/v-deo.html The graduate series uses tensor notation with which most undergraduate students are not familiar. The whole first week of that series is devoted to tensor notation, which we then use throughout the course. Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Constant velocity simply means that an object is moving at constant speed and direction, like when you drive with cruise control on a level highway. Terminal velocity refers to the same concept (constant speed and direction) but when an object is FALLING. Terminal speed (or terminal velocity) is when the weight of the object exactly balances the drag on the object, so that there is no net force; thus, constant velocity.
I am teaching fluid mechanics using your textbook, these videos are such an asset to the course :) I am wondering if there is access to the notes you used
Yes, click on "About" for any of the videos in the series and you will see a link to an Excel file that contains all the annotated notes I generated while creating the videos. Please let me know if you are able to download it successfully.
@@johncimbala Yes I downloaded them and got access to the equation sheet. Thank you! I informed my colleagues of your channel, and my students found it helpful too. Beautiful work John. I am so happy I chose your book this semester and found these resources (and it was by such a coincidence! I was googling how to pronounce Cimbala and found the channel!!)
I’m starting to study fluid mechanics from your videos and I have a question, is there examples on every topic? Like problems that would be in a midterm. Thank you
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
@@saram6071 I did answer it, but it seems to not be showing up. I had said that, yes, there is an example problem in nearly every lesson video except for a few that are derivations. All the best with your course and sorry for the mixup.
Please I need your help in solving this question: A board 1 m by 1 m that weighs 25 N slides down an inclined ramp (slope 20°) with a constant velocity of 2.0 cm/s. The board is separated from the ramp by a thin film of oil with a viscosity of 0.05 N.s/m2 and pace of 0.117m between the board and the ramp. Calculate the terminal velocity. Thank you
@@johncimbala Thank you professor. I have watched it but the video didn't calculate for terminal velocity. The question above provided us with constant velocity and we are required to calculate the terminal velocity. Kindly check through professor
@@rosemaryidoko5695 The terminal velocity and the constant velocity are the same here since, as I defined, the object is falling by gravity (weight) alone until the speed is constant since all forces balance.
Hello Prof Cimbala, Can you explain heat transport in fluids. Based on 2-box model of Stommel , but with ice in the Polar box and a tap in the deep flow pipe line. And what will happen to the temperature of the surface when it has a constant energy input (like the sun ) and you close the tap gradually . With ice in the polar box you have to deal with latent heat cooling, . Do we need to apply superposition principle in this flow ?
@@johncimbala I had a vision in 2017 and I have to figure out there is a huge error in our climate models. Climate scientists are struggling, but I think if we understand my question we can explain what is going on in the Atlantic ocean. I'm that specific because I think I almost found the error. 🤷
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are almost 500 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
@@vicentealvarado5608 I am most passionate about my Two-Minute Bible Video series. Second is my Two-Minute Fluid Mechanics Video series - both have playlists.
Thanks for the introductory video, Dr Cimbala. I am a medical student, but deeply interested in various engineering topics. I would like to know, what prerequisites are required to fully grasp the fundementals of fluid mechanics? I have seen the preface on your book "a background of calculus, thermodynamics and engineering mechanics is required." Could you please elaborate on that?
Not sure how to elaborate on that... you need to understand basic thermodynamics (systems, control volumes, conservation of mass and energy, etc.). You need to know engineering mechanics (free body diagrams, how to sum forces on bodies, etc.). And of course, you need a good math background since we deal with differential equations and especially partial differential equations.
@@johncimbala fantastic. I've skipped on lots of parts of my physics and mathematics classes in high school, so I wanted to have a solid basis before tackling your course. Thanks a lot for your time. Wishing you lots of blessings
@@bedoe9684 Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
I am not sure what you are asking. These are the lesson videos for my junior level fluid mechanics course at Penn State. They span material for the entire three-credit course and are based on my fluid mechanics textbook.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Hi Professor, I'm a bit confused so for fluid (at rest) it only can resist normal stress(pressure) but not for sheer stress so it will deform right because it cannot resist the sheer stress. What about for fluid (in motion)? It can have both sheer stress and normal stress (means it can resist both) will it still deform? The fluid deform when it cannot resist stress right?
bcs frm the definition of fluid it says that it's a substance that deforms continuously under application of sheer stress, so if it is at rest, it deforms as it couldn't resist sheer stress.On the other hand fluid in motion can be deformed also due to having sheer and normal stress (can resist both) ?
@@johncimbala ohh so technically no matter fluid is at rest or in motion, when it is exerted by sheer stress (no matter it can or cannot resist under respective condition), it will still deforms right?
@@johncimbala thankyou so much Dr John for your dedication that u put into the videos ,it truly helps a lot along with the book !! Our whole ME department uses your book! LOVE FROM MALAYSIA.. hope u can producing more videos about the mechanical engineering degree😊
@@Carmen-nx5bj Right. Shear stress will always cause motion and deformation of the fluid particles. Fluids at rest cannot REMAIN at rest when subjected to a shear stress.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
I do not post those, just the annotated ones. You can find them when you look at the description of any of my videos. They are in an Excel spreadsheet that you can download (free of course). Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 480 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
No, they are based on my book (Cengel and Cimbala, Fluid Mechanics, McGraw-Hill). The notation is slightly different between the two books, but the content is still relevant for any fluid mechanics book,
I am not sure what you comment means. Fluid mechanics is the same no matter what the application, although some engineers use different terms for some things. ??
PDF files of all my lesson videos are available for download. See the UA-cam description of the video and click "...more." There is a link to an Excel file that has all of the pdf files for the lessons (plus equation sheets and other resources). Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 480 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about fluid mechanics, science, math, statistics, the Bible, air pollution, and other topics. i would appreciate it.
I am very grateful to live at a time when content by such a brilliant professor is free and readily accessible. Thanks Prof Cimbala!
Glad you found my videos helpful. Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are over 500 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
@johncimbala I'm making sure everyone I know (who likes math) knows about this. Looking forward to watching your Bible series also. Many thanks.
You're the goat, man absolute legend to have the guy that co-wrote one of the best textbooks on the topic making free and accessible course material online.
As they say ... "I stand on the shoulders of giants." Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are over 500 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
@johncimbala I'm a great admirer of your work, cheers from turkey.
This series of instructional videos is of super high quality, replete with scientific and engineering insight, and dense with worked examples. (I watched every video in the series in its entirety.)
Thank you for your kind and detailed comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 480 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
By the way, I just added another one (Lesson 15H) a few minutes ago! See
ua-cam.com/video/T80LlZ5rmsM/v-deo.html
This is probably my final video lesson in this series.
I am absolutely ecstatic to have stumbled upon your videos today! I've been using your amazing book for so many years to learn and teach fluid mechanics to my students! Prof, thank you so much for the video! I'm beyond thrilled!
Thank you for your kind comment. Please tell your students about my videos - they can be used as supplements for the book and course. Also, please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thanks professor.
Hugs from Brazil.
I will present this channel to my students.
Thanks for all
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
thank you so much Dr , I study your material from egypt and you are one of the best . thank you
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you very much sir I find your explanations much more easier to understand compared to other courses here in youtube. In God we trust.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 460 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Professor Cimbala I just found your channel and love your textbook this is ideal because I was planning to review fluid mechanics all summer thanks !! God Bless you
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 470 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
Dr Cimbala, the Cedarville junior mechies sends their greetings and thanks!
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for such a great course Professor. God bless you.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
@@johncimbala I definitely will. I actually discovered your channel because I wanted a refresher on fluid mechanics. I am interested in CO2 storage, and understanding fluid mechanics is important to my research interests.
it is great to hear and see fluid mechanics legend here
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you for the simple explanation. Appreciate the effort 🙏👌
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel so that others are aware of this free resource.
you are a life saver
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are 500 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
Great refresher 🙏🏾💪🏾✊🏾
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
I got the idea today of what is a continuous deformation. But why does it raise to the need of dx/dt over dy instead of dx/dy for shear stress? I know we can measure velocity more easily than change in length unlike solid. So, it is for just convenience.
It is not just for convenience, but it is the definition of rate of shear stress. Watch some of the other videos in this series and this will become more clear to you. Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thank you. Sure I will share the content@@johncimbala
Great videos! hope you keep uploading videos like this
I posted over 60 of them in the series to date! See them all on my UA-cam channel - adding more almost every day.
I finished out the semester with 84 video lessons!
@@johncimbala im gonna watch them all after i finish my semestre (16/diciembre).
@@Elias_za Thanks. And tell your friends about this free resource.
Hello Prof Cimbala. Which video explains Moody diagrams?
Lesson 08E. ua-cam.com/video/QwCXUQyompQ/v-deo.html
Thank you for your comment. Please tell your students about my videos - they can be used as supplements for the book and course. Also, please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Hello, do you have any surface integration and/or divergence theorem lectures?
I do, but mostly in my graduate fluids series. In particular, Lesson 02A at
ua-cam.com/video/mKmuD1PudsE/v-deo.html
The graduate series uses tensor notation with which most undergraduate students are not familiar. The whole first week of that series is devoted to tensor notation, which we then use throughout the course.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
What is the difference between constant velocity and terminal velocity
Constant velocity simply means that an object is moving at constant speed and direction, like when you drive with cruise control on a level highway. Terminal velocity refers to the same concept (constant speed and direction) but when an object is FALLING. Terminal speed (or terminal velocity) is when the weight of the object exactly balances the drag on the object, so that there is no net force; thus, constant velocity.
I am teaching fluid mechanics using your textbook, these videos are such an asset to the course :) I am wondering if there is access to the notes you used
Yes, click on "About" for any of the videos in the series and you will see a link to an Excel file that contains all the annotated notes I generated while creating the videos. Please let me know if you are able to download it successfully.
Also, thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel so that others are aware of this free resource.
@@johncimbala Yes I downloaded them and got access to the equation sheet. Thank you! I informed my colleagues of your channel, and my students found it helpful too. Beautiful work John. I am so happy I chose your book this semester and found these resources (and it was by such a coincidence! I was googling how to pronounce Cimbala and found the channel!!)
You are one cool and generous hooman being
I’m starting to study fluid mechanics from your videos and I have a question, is there examples on every topic? Like problems that would be in a midterm. Thank you
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
@@johncimbalaindeed, but you haven’t answered my question
@@saram6071 I did answer it, but it seems to not be showing up. I had said that, yes, there is an example problem in nearly every lesson video except for a few that are derivations. All the best with your course and sorry for the mixup.
@@johncimbalaThank you very much 🫡
Please I need your help in solving this question: A board 1 m by 1 m that weighs 25 N slides down an inclined ramp (slope 20°) with a constant velocity of 2.0 cm/s. The board is separated from the ramp by a thin film of oil with a viscosity of 0.05 N.s/m2 and pace of 0.117m between the board and
the ramp. Calculate the terminal velocity.
Thank you
Here you go. ua-cam.com/video/8Ai59wQcyOk/v-deo.html
@@johncimbala
Thank you professor. I have watched it but the video didn't calculate for terminal velocity.
The question above provided us with constant velocity and we are required to calculate the terminal velocity.
Kindly check through professor
@@rosemaryidoko5695 The terminal velocity and the constant velocity are the same here since, as I defined, the object is falling by gravity (weight) alone until the speed is constant since all forces balance.
Hello Prof Cimbala, Can you explain heat transport in fluids. Based on 2-box model of Stommel , but with ice in the Polar box and a tap in the deep flow pipe line. And what will happen to the temperature of the surface when it has a constant energy input (like the sun ) and you close the tap gradually . With ice in the polar box you have to deal with latent heat cooling, . Do we need to apply superposition principle in this flow ?
Too specific of a project to comment on.
@@johncimbala I had a vision in 2017 and I have to figure out there is a huge error in our climate models. Climate scientists are struggling, but I think if we understand my question we can explain what is going on in the Atlantic ocean. I'm that specific because I think I almost found the error. 🤷
I love this course
AND you do other courses including The Holy Bible and example exercises with funny characters!?!? Haha you have an awesome channel, thanks
Thank you for your kind comment. Please tell your friends and colleagues about my UA-cam channel where there are almost 500 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
@@johncimbala Will do professor! Which do you recommend the most? Which are you most passionate about?
@@vicentealvarado5608 I am most passionate about my Two-Minute Bible Video series. Second is my Two-Minute Fluid Mechanics Video series - both have playlists.
Thanks for the introductory video, Dr Cimbala. I am a medical student, but deeply interested in various engineering topics. I would like to know, what prerequisites are required to fully grasp the fundementals of fluid mechanics? I have seen the preface on your book "a background of calculus, thermodynamics and engineering mechanics is required." Could you please elaborate on that?
Not sure how to elaborate on that... you need to understand basic thermodynamics (systems, control volumes, conservation of mass and energy, etc.). You need to know engineering mechanics (free body diagrams, how to sum forces on bodies, etc.). And of course, you need a good math background since we deal with differential equations and especially partial differential equations.
@@johncimbala fantastic. I've skipped on lots of parts of my physics and mathematics classes in high school, so I wanted to have a solid basis before tackling your course. Thanks a lot for your time. Wishing you lots of blessings
@@bedoe9684 Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Thanks a lot, professor
But, what is the difference between this course and the engineering fluid mechanics?
I am not sure what you are asking. These are the lesson videos for my junior level fluid mechanics course at Penn State. They span material for the entire three-credit course and are based on my fluid mechanics textbook.
The concluding part is quite adequate.
Dear Prof Cimbala. Which video explains Moody's diagrams? Thanks....
Fluid Mechanics Lesson 08E: Major Head Losses, Turbulent
ua-cam.com/video/QwCXUQyompQ/v-deo.html
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Hi Professor, I'm a bit confused so for fluid (at rest) it only can resist normal stress(pressure) but not for sheer stress so it will deform right because it cannot resist the sheer stress. What about for fluid (in motion)? It can have both sheer stress and normal stress (means it can resist both) will it still deform? The fluid deform when it cannot resist stress right?
bcs frm the definition of fluid it says that it's a substance that deforms continuously under application of sheer stress, so if it is at rest, it deforms as it couldn't resist sheer stress.On the other hand fluid in motion can be deformed also due to having sheer and normal stress (can resist both) ?
Yes, a fluid in motion deforms, typically continuously. I discuss this in detail in later lessons.
@@johncimbala ohh so technically no matter fluid is at rest or in motion, when it is exerted by sheer stress (no matter it can or cannot resist under respective condition), it will still deforms right?
@@johncimbala thankyou so much Dr John for your dedication that u put into the videos ,it truly helps a lot along with the book !! Our whole ME department uses your book! LOVE FROM MALAYSIA.. hope u can producing more videos about the mechanical engineering degree😊
@@Carmen-nx5bj Right. Shear stress will always cause motion and deformation of the fluid particles. Fluids at rest cannot REMAIN at rest when subjected to a shear stress.
very nice lecture
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
Do you have Fluid Mechanics II videos sir?
Yes, I have four weeks finished of my Graduate Fluids Lesson Series. I have a UA-cam Playlist for those and am adding to them this semester.
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 400 free videos about the Bible, fluid mechanics, science, math, statistics, air pollution, and other topics. I would greatly appreciate it.
@@johncimbala thank sir
@johncimbala where can i find blank notes pdf
I do not post those, just the annotated ones. You can find them when you look at the description of any of my videos. They are in an Excel spreadsheet that you can download (free of course).
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 480 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
where can i find blank notes pdf?
hello are these lectures based on munson book?
No, they are based on my book (Cengel and Cimbala, Fluid Mechanics, McGraw-Hill). The notation is slightly different between the two books, but the content is still relevant for any fluid mechanics book,
It's same to chemical engineering please sir
I am not sure what you comment means. Fluid mechanics is the same no matter what the application, although some engineers use different terms for some things. ??
Sir i mean different branches to different fluid mechanics....
thanks sir
You're welcome. Please tell your friends and colleagues about my UA-cam channel so that others are aware of this free resource.
Sir can I get this pdf
PDF files of all my lesson videos are available for download. See the UA-cam description of the video and click "...more." There is a link to an Excel file that has all of the pdf files for the lessons (plus equation sheets and other resources).
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are more than 480 free videos about the Bible, fluid mechanics, science, math, Excel, statistics, air pollution, and other topics. I would greatly appreciate it.
thank u sir
Thank your for your comment. Please tell your friends about my UA-cam channel and these free resources.
what if i dont have any friends
@@johncimbala
@@gmangaming3072 That would be sad.
Shine On☝️😃🪶
I will take that as a positive comment...
Thank you for your comment. Please tell your friends and colleagues about my UA-cam channel where there are hundreds of free videos about fluid mechanics, science, math, statistics, the Bible, air pollution, and other topics. i would appreciate it.
😮❤