Відео

thankyou

It was helpful thank you

Don't get stumped by the moment of inertia = S y^2 sin theta, this is fixed later in the video, moment of inertia = S y^2 dA

Nice explanation mama

What does beta mean?

In calculaing the anchoring force, why the pressure is measured in gage, not in absolute pressure?

What is the name of the book?

Its awesome ❤❤. Thank you soo much Sir

Good 👍

Annamalai university

From which book you get this question can tell

Hi. May i know what is your reference book here? Thank you.

Everyone explains and excludes interpolation.Looks like I'm going to graduate and have not learned it 😂😂

thermodynamics is not friendly lol ..thank you for your steps

thank you

How did you get the value of h2

🎉

What should I fix if I keep getting floating point exception error ? Thank you

❤❤❤❤

omo. well done sir

Do you need to use those calculations to get accurate results

sir, Please tell me how to determine the particle deposition at the junction of the two windpipe (Connection) In your geometry

Good morning sir, Actually, sir, I want to calculate the particle deposition fraction in the nasal cavity. I have full geometry, how can I calculate particle deposition fraction after simulation

thanks for u

life saver. thank you for showing steps

👍👍

Which one from these all forces is call initial force ??

Question is from which book?

no sound

Are following Yunus. Cengal books?

how we want to know when it is superheated

ممنون

Great video

gage pressure should be 303 kPa. Originally, you set the eq. to be Pgage -Patm = right hand side

Thanks YOU sir

Thanks sir for your video! I want to find out the number of deposited particle in a particular area. Sir please help me with that? I am also want to calculate deposition efficiency deposition fraction.

Alhamdulillah finally understood. Jazakallah khair ✨

missed my class lecture but I'm happy I found this. thank you.

Thank you great explanation!

Excellent !

Hello friend I love you

This is a great video, thank you so much!

Hello Mr saidul Islam I must acknowledge your tutorial. It is actually spot on. However towards the end of the video you mentioned about another video where you will analyse the result from this current simulation. Could you please direct me to the analysis video.

Thanks for your video! I want to find out the number of deposited particle in a particular area. Could you please help me with that?

best conceptual question you take that i like it

will you please upload bring this type of conceptual question like new question for solve

why you take distance from 1.2 to 4.74 why not 1.2 to 3.54 or will it take distance horizontal direction because there used dy derivative so i thought it should be in y direction means 1.2 to 3.54 please give solution

Hi, thanks for sharing I wonder if the mixing occurs in a very high-speed condition such as steam ejector (steam flow into CD nozzle exiting at 1000m/s thus creating a vacuum that sucked the secondary fluid) can we neglect the velocity? or do you have any clue for me to learn more about it, thanks

hi, can you share with me this pdf or download link for more search? please

sir g book edition tell me please