Streamline, Pathline & Streakline

[@b_31mahammadzubair81]

What an explanation sir. Till now I'm struggling to understand these line . But now I clearly understood the concept. Thank you very much sir 🙏🏼🙏🏼

[@markoj3512]

one of best explanations on youtube about stream-, streak- and pathlines!

[@shahaabjesuskhan4120]

A big thanks from the bottom of my heart.Keep uploading more and more explanatory videos

[@Gorusuur]

Best explanation of the concept in all of KZbin.

[@erfantossi4895]

It was an on of the best videos regarding explaining those three lines. I have searched a lot on the net, and find yours really really elaborative and helpful.

[@MechTechSimulations]

Nicely explained sir. Its useful for those who learn CFD too... Thank you.

[@ClariFLIXConcepts]

Hey! We cordially invite you to visit the Fluid Mechanics course at Clari concepts. Download and install the app to gain access to it. hwojx.courses.store/173014?

[@ShauriePvs]

Thank you for showing all three at a time in the unsteady flow....Many videos ignored that!!

[@mehulghoghari4050]

very interesting now I m able to relate steamline,streakline and pathline with real life problem of fluid... thank you sir👌👌

[@adigu251]

Thank you very much.....you made me understand..I was not getting from many people. But today you made it clear.

[@satnamchana]

Thanks a lot, this is a great explanation of a streamline, pathline & streakline. I found the textbooks making it more difficult for no reason but this video was concise and clear.

[@MrHarsha8]

u r guru..none could hv made it any more easier

[@mohanmanoj1311]

Nice explanation sir

[@venu-erev2243]

What a fantastic information given sir .....I'm soo happy

[@pinksherbetsummer]

Best video ever, you saved my life!!! Thank you for further explaining that .gif I found on Wikipedia. Great graphic.

[@helderalexandre4952]

Very nicely and simply explained, thnks.

[@rekhaarya1608]

Sir I m watching ur video first time...bt i m big fan of Ur teaching method wid Examples...

[@anupchaudhari948]

Truly well explained......It is really helpful for all the students......Thank You ClariFLIX....waiting for your new updates....

[@kancharladevendranathreddy3]

thank you very much sir. i had so much doubt on streak lines before ,but now it is cleared. thank you.

[@ashish31416]

Thank you so much Sir. All your videos are making my life easy. Concepts are crystal clear, intuitive and easy to understand. Thanks again. :)

[@travelwithadatascientist]

Great explanation! I had a difficult time with understanding those three words, but now you made it pretty clear 🔥 Thank you

[@harshchovatiya-gh7hn]

very simple n clearly understandable... Visual example is very good for imagination. Waiting for another video on FM.

[@GeniusNation]

amazing explanation

[@rekhaarya1608]

Sir first of all I think fluid is so tuff bt watching ur video before I think it's tooo easyy..thnkuuu so much sir...

[@shivamgupta1844]

Very good explanation. Thanks.😄

[@raghvendrarai7508]

Very Great explanation with such a understandable animation

[@pushpendunandi538]

Best explanation. Thank you so much

[@metaknightxd3]

Great Video. Very clear and helpful.

[@JyotiSharma-vo2ok]

Tnxxx sir for such a great explanation

[@ThearaTha]

very nice video and explaination. Thank you very much.

[@vigneshthriller64]

Fantastic video sir. Thank u

[@jmm8719]

Thank you very much it has been a really good explanation

[@thinkgrow4296]

wonderfully explained ...

[@girija99]

Goood, Enough to understand the phenomena.Thank u sir

[@sachinjoshi6202]

Wow...This one is the best explanation. Thank you very much :)

[@yashjani99]

Jay Sir and fluid mechanics, always very clear and interesting!! 😍😎😉

[@ClariFLIXConcepts]

thank you

[@vatssagar9022]

Great Explanation

[@jwilliams8210]

Excellent!

[@AakashSawant001]

excellently explained. keep up the good work

[@AbhishekKumar-oh5jk]

You are very great , thank you 🙏🏻

[@universalspace3417]

finally I have seen work that is 100% good. I can't thank you enough. Amazing performance. I couldn't find the next video about the mathematical expressions you mentioned. please show me.

[@ClariFLIXConcepts]

Dear, The video which you are looking for is in the bundle of our paid service. You can visit www.clariflix.com for further details. That video will soon be posted on our web portal.

[@rajkabrawala2842]

Best way of explaining

[@schandra5395]

Thanks you very much sir, crystal clear explanation

[@fahadandmaths467]

Very nicely explained

[@ashutoshmanchanda6069]

Great video! Crystal clear :D

[@maheshd4566]

this video is very worthwhile. thank u. You said you will discuss about mathematics behind these fluid lines in ur next video . please do it as early as possible

[@MechTechSimulations]

I am also expecting the same...

[@HDtrivedi]

I like this Video sir.... 👌

[@marwangoesfit6398]

excellent video

[@sajadiust]

is streamline unique ? we can make a lot of spline from infinitive selected points in domain

[@sreedharviswas956]

Excellent explanation

[@uditsaxena3844]

best explanation

[@tarakarama822]

helped me this concept

[@inayatullahkhan9065]

Outstanding ,,,,,,,,,,video

[@sagardk121]

nice explanation

[@yasirsohail723]

Well explained

[@RockStar-xh3ky]

Please explain flow net and it's applications deeply

[@keshavbhavsar0411]

Good way of explaining...

[@kevinhuynh9654]

Is the streakline described by many particles that are injected through the same origin at time t = 0, then take different pathlines and stop at time t = t1 ? Then the streakline is drawn through position those particles?

[@Hello_and_Hie]

So good 😁

[@wolverine417]

Also explain why they all are identical in steady flow

[@raghibhussain3144]

Sir pls uplod more videos related to fm & calculus

[@manishbishnoi4342]

Hearty thank you so much Sir

[@rajakrishnan7662]

Well explained friend..

[@rahulkumarsingh153]

very nice

[@ksrikanth806]

sir good explain...

[@gunasekar6179]

Thank you sir ......

[@amalap3815]

Super sir.

[@sonalmalaviya6148]

very nice.

[@saimsiddiqui1544]

Thank you sir

[@khurshidhere]

excellent...

[@gauthamsathyaprabhua464]

sir, by explanation stream line and path line are different , but by visual they both looks similar, how can we differentiate each of them and what is the application of stream line?

[@ClariFLIXConcepts]

Dear gowtham a, Streamline and pathline are totally two different lines.... Streamline is always show at a particular instant of time whereas pathline requires certain interval of time. For steady fluid flow whoes flow variables do not change with respect to time, both these streamline and pathline looks similar. But for unsteady flow field, they will be different. In this video I have explained the clear difference between streamline, streakline and pathline using an example of unsteady flow field. All these lines are rigorously used for flow visualization.

[@gauthamsathyaprabhua464]

Thank you sir for replying, but the application of all this lines what you have said , i already know sir, they are used for flow visualization and to reduce drag caused by eddy, but its not the thing I am asking sir, i'm asking what is the part of stream line in flow visualization, like path line shows the path followed, i'm asking the purpose of predicting stream line in flow visualization sir

[@balakumaran6056]

Thank you sir

[@Anonymous-ut3cq]

Osm

[@zroth3734]

What about steady non uniform flow? Will all the three remain same?

[@linktothesmash]

In short, yes they would be. The curved pipe is technically an example of non-uniform steady flow, because the particles change velocity (that is, their direction) as they are carried through the pipe. In steady flow, each particle that passes a given point would follow the same path, thus streakline=pathline. Also, each particle would essentially 'become' the next particle it is moving towards (including the change in velocity), in later time. This is basically a chain reaction through the domain and we would find pathline=streamline.

[@sasankagorugontula9558]

Thank you

[@balakumaran6056]

Sir i have one doubt that is If my car is moving on the road ,the drag force is opposite to me .in this case, which line will be considered ? I think stream line am i right sir ?if i am wrong pls crt me sir

[@prashantchourasia4851]

Goes with the name #clariflixconcepts...

[@manikantaanusuri153]

Tq bro....

[@AbhishekKumar-ey6rx]

Sir can we say that all three lines are also coincides for unsteady flow also at just near about Origin for very small distance???

[@ClariFLIXConcepts]

Dear Abhishek Kumar, A line is defined as combination of infinite points. So all these lines i.e. streamline, pathline and streakline are representing several set of points in a space. So u can not actually say that they coincide at origin. But yes, you can say that since all these lines are defined at origin, they all must pass through origin. So even for unsteady flow they must share a common points at which they are all defined. I hope I have answered your question. Let me know if you still have any query.

[@shivasmart967]

tq sir

[@civilizedschool2254]

thank u

[@sahunagesh3212]

Stream line and path line can we se e through our naked eyes}??

[@ClariFLIXConcepts]

Dear sahu Nagesh, We can not see any of these lines with our naked eyes. But there are techniques available like smoke injection, dye injection and Particle Image Velocimetry to visualize these lines.

[@user-je1hi6jy1i]

Vese hi samajh nhi ara tha or tough bna do jo easily kisi concept ko samjha nhi sakta use teacher bhi nhi hona chahiye or English m bol le bhai

[@monuKumar-sp4bn]

Good explanation

[@midhunashree7520]

thank u