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how can i contact you

very informative , how can we contact you

Hi

Superb

Hi There is no coverage when i use turbulent flow in heat exchanger. Why

henlo. that's a great tutorial, amazing. I'm an undergraduate student who is learning about heat transfer material. if you don't mind, can I get a file related to the parameters listed in minute 0:09 - 0:32 on this video? I would be glad if you could send it to me, because it would really help me in the learning process! hihi, thank you :3

Dear Sir, Great video and very helpful for our university project. Can you do a video on how to analyze the Mechanical Induced draft Counterflow Wet Cooling Tower using ANSYS Fluent software? If you help it would be a great pleasure. 😊

How i can contact you please

Hi I need help, do you have email for contact? Thanks

can you tell me for the analytical and numerical validation For LAMINAR FLOW IN FLUENT

nice tutorial

Love u bhaijan

Can you send me the file please i realy need it 😢

Thank u so much man ❤

why did you use Air as fluid? you should have specified the propellant and its characteristics, no?

traditional but useful

thanks 🙏

Hello sir, can you give me this cad model please please

I want to read points in design modeler and then work on them in sketching mode. How is it possible. Kindly advise. Thanks

the formula used is for the tube side heat transfer coefficient i am guessing??

Activated carbon shell me kese select karte hai

Nice Tutorial, Wish you had given mesh file also

High-turbulence case: High-speed flow inside complex geometries like heat-exchangers and flow inside rotating machinery (turbines and compressors). Typically the turbulence intensity is between 5% and 20% Medium-turbulence case: Flow in not-so-complex devices like large pipes, ventilation flows etc. or low speed flows (low Reynolds number). Typically the turbulence intensity is between 1% and 5% Low-turbulence case: Flow originating from a fluid that stands still, like external flow across cars, submarines and aircrafts. Very high-quality wind-tunnels can also reach really low turbulence levels. Typically the turbulence intensity is very low, well below 1%.

Turbulent intensity @♦10:04 I think you should let it 5% its equal 0.05 or after your calculation you set it 4 % its 0.046

i don't get how does this geometry represent the rocket nozzle? the bottom left of geometry represents half CD nozzle but why is it half? and why is there that gap in the geometry? kindly answer

thank you very much sir for this video

Can you share a journal that talks about this vidio? thanks mate

Thank you!

hi Thanks for the nice tutorial. Can you tell me how can i find Nusselt number, Reynolds Number, shell side heat transfer coefficent, shell side friction factor

Hlo sir can you provide geometry space claim or .igs file of heat exchanger

Why your overall heat transfer coefficient is coming negative?

sir... why I cannot run the solver more than 2 cores, if I choose more than 2 cores processor it appear exception error

sir how can we calculate pressure drop and heat transfer coefficient in shell side in ansys. which equations are used

Hi I want to replace the fluid in the coil with water and supply hot air in the shell to heat the water, how can I do that

Thanks for the video sir. I got floating point exception error so i refined the mesh to smaller element size. After refining the mesh, calculation was succesful but my outlet velocity is higher than inlet velocity and my contour values are higher than your values. However, the animation and contour plot looks same. Kindly make one for Moving reference frame or give tips on how to set cell zone conditions or boundary wall motion. please

Is this method can be used with plane wall?

Very good. Please tell us about how to use other APDL commands in workbench.

can you show how you made that cad file? please it will help a lot for my project

Sir ek video lid driven cavity pr bna dijiye

Mai bhi CFD me ANSYS software seekh rha hu please help me

hello, do u have an email so i can reach u for some questions?

i am trying to do the same thing but for a 2d gear pump but sadly the gears are not rotating at all. I have done the exact same thing

thank you brother for the video, the problem is i should do the geometry on space claim, so could do send me the file plz

Bro can any one send the file of formula 1 chassis

thanks a lot

Very informative

Can we do some fillet around the tube connect point?

This video is awesome. could you please make on 3d model and also show all forces acting on sailboat. I have some doubts please reply for this 1) how to change the wind direction. 2) how to non dimensionalise in between two medians. 3) how much around force values has to be.

Good video.. can you please help me to design and analyse vertical centrifugal pump in 3d

I still didn’t find at what value the solution became successful. Can you provide the values ..?? Thanks in anticipation.