Continuity Equation for 2D & 3D Flow in Cartesian Coordinates| Continuity Equation| Fluid Kinematics
ฝัง
- เผยแพร่เมื่อ 14 ต.ค. 2024
- #Continuityequation #fluidkinematics #fluidmechanics
The continuity equation is an expression of a fundamental conservation principle, namely, that of mass conservation. It is a statement that fluid mass is conserved: all fluid particles that flow into any fluid region must flow out. To obtain this equation, we consider a cubical control volume inside a fluid. Mass conservation requires that the the net flow through the control volume is zero. In other words, all fluid that is accumulated inside the control volume (due to compressibility for example) + all fluid that is flowing into the control volume must be equal to the amount of fluid flowing out of the control volume.
Accumulation + Flow In = Flow Out
Fluid Mechanics Chapter wise playlist link is here:
Fluid statics (Pressure Measurements)
• fluid statics, Hydro s...
Laminar flow in pipe (Viscous flow)
tps:// • Laminar flow in pipe (...
Notch and weir
• Notch and Weir, Notch ...
Fluid kinematics
• Fluid kinematics, Deri...
Fluid dynamics
• Fluid Dynamics, Deriva...
Total pressure and center of pressure
• total pressure and cen...
Hydroelectric power plant
• Hydroelectric Power pl...
Turbulent flow in pipes
• Turbulent flow in pipe...
Solved example of Turbulent flow
• Solved Example of Turb...
flow through pipe
• Flow through pipe, Pip...
Solved example of flow through pipe
• Solved Example of flow...
Dimension analysis and similarities
• Dimension analysis and...
Boundary Layer
• Boundary Layer concept...
Properties of fluids
• Properties of fluid, F...
open channel flow
• Open Channel Flow, Der...
Motivational video
• motivational video
#continuityequationfor2Dand3Dflowinhindi #continuityequationincartesiancoordinates #continuityequationforcompressibleflow #continuityequationincartesiancoordinates #continuityequationincartesiancoordinatesinhindi #continuityequationincartrsiancoordinates #continuityequationfor3dflow #continuityequationforthreedimensionalflowinhindi #civilengineering #mechanicalengineering #fluidkinematics #fluidmechanics #mechanical #hydaulics #continuityequation #professornidhitrivedi #youtubeonlinestudy #onlineengineering #conceptoffm
Watch Euler's equation of motion
th-cam.com/video/1sqlJP7TUNY/w-d-xo.html
Impulse momentum equation
th-cam.com/video/S_MV_Lb7c0U/w-d-xo.html
Bernoulli's equation
th-cam.com/video/iO1rTBW4wVM/w-d-xo.html
Mam your teaching skill is amazing aaj hamara exam muje aapka channel exam se Ak do din phle kyo nhi mila
@Ankit..thank you for your kind words..do practice..keep your mind calm..and best wishes for the exam 🙂🙂
If you could explain all the topics in mechanical engineering it would help us a lot. You have a unique style of teaching 👏👏👏👏
@Kushala Pilla thank you Kushala 🙂🙏 nice of you 🙂 stay connected to channel 🙂 Do subscribe
Very helpful video mam
College wala inti fees le kr bhi itna acha nhi pdhata thankuuuu so much mam❤
Dear mam apki energy in teaching style 1 number
Accha lga 💥💥💥
Thank you 😊 stay connected to channel 🙂
please continue the videos of FLUID MECHANICS , i have seen best explation till know.
Thats great!! you mentioned incompressible fluid and not merely flow !!
Thank you so much ma'am
For good explanation
Mam ur way of teaching is ossam,pelase keep continue, we Will support you
Thank you 🙂 stay connected to channel 🙂
Please share insta I'd of channel iwant to share with my frieds for instant update
Nice explanation
Aap accha padhate h
But aap iss se bhi accha explain ker sakte h
Congrats your intellectual works ...
Thank you 🙂 stay connected to channel 🙂 all the best for exam
Thank you ma'am 🎉🎉 🙏🙏
Thank you. You are the best explainer . Best than our subject facilities
🙏 thanks ma'am apke teaching ka way bhut hi accha hai
Thank you 😊 stay connected
You are my on of the best teach
I really respect you mam
I now understanded nicely thank you mam.
Before 2 days exam ❤️❤️❤️❤️❤️❤️Thanks mam
Thank you so much men 15 min Mai sab Funda clear hogaye .your teaching methods very best...☺️☺️
@keval Patel thank you..keep practicing...all the best for exam 🙂
One night before examination 😅😅😅 thanks it helped a lot
Very good explanation ❤
Tnq mam u explained very simple 👏👏
Style of teaching is fantastic ma'am 🙏
@M2 tech thank you 🙂 stay connected to channel 🙂
Excellent lecture ❤❤❤❤❤❤❤❤l am appreciate from Ethiopia keep it up !!!
TH-cam teaching m flow kmm rkho class m regular aese hi sir k uppr jata h
TH-cam teaching mathod k liye 5 star from 10
You are good explain equation
Good morning mam ur method of explanation is good
Explained well👍
Bahut achh mam mujhe bahut ache se samjh me aaya
Superb leacture mam ♥️♥️Great Explaination 🤘
@Faiza Rehmat thank you 🙂 nice of you 🙂 stay connected to channel 🙂 Do subscribe
Thanks mam.. Today my concept got cleared after watching your video.. Plz continue uploading more content..
@mohit singh thank you Mohit 🙂 stay connected to channel 🙂 i ll be back very soon 🙂
Mam I am clearing all my doubts through yr lecture thank you 3 claps for u madam 👌👌👌...
@Dhyeya Sanchde thank you 🙂 nice of you 🙂 stay connected to channel 🙂 Do share this channel to ur friends too 🙂
Mam which equation we will right for one dimensional flow
Thank you so much mam ..... Your explanation technique are more better and simple ..... I have to derive this in my exam paper 😌
All the best for the exam 🙂 do practice of derivation in note oem
Ma'am your method is very simple and easy 🙏🙏🙏
Mr bk55 thank you 🙂 stay connected to channel 🙂
Thankyouuu ma'am❤️
Ma'am continuity of equation m partial differential equations ka bhi use hota h na ??
Please tell me 🥺??
Muje pde Project's k lie topic Lena h ye
Ma'am please please tell me ?????
Y partial differential equations k project topic k liee le sakte h na ,🥺🥺🥺🙏🙏🙏🙏
@Anshu Yadav yes but do search little bit deep...work your own u will enjoy your work of project. And this will give you confidence for further study too...all the best Anshu
great scence of teaching.
Thank you mam aap ne bahot acha explain kiya mare ko 1 bar me he aagay thank you so much ☺️
Mam, Can you share a video of the continuity equation in the 3D polar coordinate system
Wow thank you mam, your way of teaching Is really great.🙏🙏
Please explain Mam why it increased in the outer surface
appreciate your hard working didi thanks
Thank you 😊..do practice... Best wishes for the exam..🙂
Way of teaching is awesome Mam🙏
@ALOK SINGH thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂
Excellent teaching madam
Mam, can you also upload statement and derivation of bernoullis equation of motion
Mam your efforts is sallute mam
best explain thanks mam
plz send a video on the momentum equation into a cylindrical coordinate.
Ma'am aap nhi hoti back pakka thee thankyou so much ❤
Thank you 😊 but next time prepare in advance 🙂 All the best for exam 🙂
deep & understandable explaination & lots of effort behind,.thanks 🙏
@Nitten Salgotra thank you 🙂 nice of you 🙂 stay connected to channel 🙂 Do subscribe
Nice..explain
Thank u v. much Ma'am!
Why we plus while writing mass leaving the face EFGH i didn't get it
U are amazing mam,love u from nepal
Thank you 😀
Very nice study
please complete all the lacture of fluid.
Thank you so much mam
I am biggest fan of you after this Derivation........👍
@Ranjeet Sharma thank you 🙂 nice of you 🙂 stay connected to channel 🙂 Do subscribe 🙂
@@professornidhitrivedi4412 wo to pahle hi kr diya mam.....
@@professornidhitrivedi4412 and mam aapse ek advise leni thi
Plzz send me your telegram link or any other....plzz mam...
@Ranjeet Sharma thank you 🙂 stay connected to channel 🙂
@@professornidhitrivedi4412 ??....
Explain level💯
Nice Explain Mam 😊
Do practice 🙂 stay connected to channel 🙂 all the best for exam 🙂
Most most thanks for you. 🥰🥰🥰
point to be noted, the mass flow rate a the right side of the x direction surface is determined by Taylor's series expansion
Mam ur teaching style is good but aktu asta asta poran apni hapia jachan ota speed ta na bolae aktu sas nia dihara dihara bolun 👍
@MALAY MAJI thank you MALAY 🙂 I ll improve 🙂 stay connected to channel 🙂 Do subscribe
compressible fluid flow equation ??
Thank you mam 🙏🏻
Superb mam.. Thanks
@Pooja soni thank you pooja 🙂 stay connected to channel 🙂 Do subscribe
best video for understanding
Thank you mam 💥
Great🔥
Thank you ma'am
Nice mam
Wonderful.......
Madam give me example of heat transfer videos if available @ dhaivat Trivedi ahmedabad GTU
very helpful thankyou from Pakistan
@muneeb Ahmad thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂
good mam but thora slow bola karin
@fayayfs I have to complete derivation in limited period so...still I ll work on it ...stay connected to channel 🙂 Do subscribe and share🙂
Helpful video 👍👍👍
@M2 tech thank you 🙂 stay connected to channel 🙂 Do subscribe
Thanks a lot mam ❤
Zbrdast 👍
@Saima Sajid thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂
Thank you mam......👍
@Travel Squad thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂
@@professornidhitrivedi4412 already done mam
d/dx kaise aaya plz explain
Thanks
Mam also give some on turbo machinery if possible.
Thank yom mam
Mam kya padaya thankyou mam tareef karein bhi kitni
Try to write it with a better link and try to explain the concepts properly.
shukriya madam
@LIFE WITH COCO thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂
Thank u mammmmm
🔥🔥🔥
Thanks mam😊
@south movie LOVER thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂
mass ko banaiye karta...was epic 🤣
Thanku mam
@Raj singh Nikhil thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂
❤❤❤
❤
From Pakistan
🙏🙏
@Neha Bhatt thank you 🙂 stay connected to channel 🙂
what you have written on the board is not clearly visible. Please explain clearly. don't rush through. Are you teaching or reading what is written on the board. Please redo the whole video. Just waste of time for us.
Samaj Me araha he bachcho??
Madam ❤️
Most most thanks for you. 🥰🥰🥰
@Avinash Education point thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂