CFD Modeling of Plate Fin and Tube Heat Exchanger: CFD Simulation using ANSYS Fluent
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- Опубликовано: 20 авг 2024
- CFD modeling of a plate fin and tube heat exchanger is done using ANSYS Fluent. The video covers basic step to simulate an heat exchanger on fluent software for beginners.
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Sir please (Ansys Fluent 14) add a 1 complete video of Helical coil (tube in tube) heat exchanger to find all fluid properties like Reynolds number (Re), Nusselt number (Nu) to draw a graph 1. pressure drop vs Re
2. heat transfer coefficients vs Re
3.heat transfer coefficients Vs Diameter at different Re
4.Nu vs Re
5. Tube Specification
a) Copper tube Outer dia. 25mm inner dia 23mm (Outer Tube)
b) Steel-316 tube Dia 6mm (Inner Tube)
c) Length 3.5 m before coiling
d) number of turn 5
e) Re varies 350 to 6500
Dear one more video on helical coil tube HE was already published on our website www.grobdesign.in/TUTORIALS, see this video also. In our next video on HE, we sure update all your issues. Plz wait for some more time. Thank You for your support.
Team, GROBDESIGN, Jaipur (India)
Please include an audio commentary of what is being done and why it is being done!
we consider your advice and attach audio and subtitles to our upcoming video tutorials. If you want further guidance on this video than contact us at our email address grobdesigncad@gmail.com. Soon we upload free tutorials in PDF format of all video tutorials at our website www.grobdesign.in
Thank you!
What is the exact problem definition.
1. If the hot walls are in the centre, why the melting starts from top (sides).
2. How the surrounding air is modelled (T_inf, h)?
Thanks for uploading this video! Did you calculate the air and water outlet temperatures manually before input to the model? I think it would be more interesting if we leave outlet temperatures blank and let Fluent calculate these values.
No we didn't calculate manually, it just a tutorial about CFD modeling of heat exchanger and fluent also shows the outlet temperature of air and water. You can find this from Reports> Surface Integrals> (Choose the field variable and their type and the surface where you want to see temperature and other field variables.
hello
how we can calculate Nusslet number for cylinders for same geometry
first, you to find the value of heat transfer coefficient (h) and after that put the values in the formula of Nusselt number ( Nu = h*d/k) where d is diameter and k is thermal conductivity.
Hello Raef,
I calculate Nu along the channel, which value of h i'll calculate. from surface integral on line which mean i'll found one value for all line and the value of Nu consider the average value of line. is this right.
Hi Sir... I think there is a small mistake in the tutorial at 09:49 wherein you have renamed the solid to air, but you seems to have forgotten to change the solid to fluid in the 'Details View' in the bottom... Isn't it ?
i have an error " unassigned interface zones found " ???? please help!
you have to assign the coupled wall to the interface in fluent part.
Hi, do you know why i get a note when doing mesh interfaces? The note says "slitting sliding interface zone 86 into a coupled wall"
I have the 16.2 release of Ansys. I followed all the steps but the note keeps popping up saying "slitting sliding interface zone 86 into a coupled wall" while doing the mesh interface
It means you are slitting a single boundary zone of a double sided wall into two distinct zones. Actually it creates duplicate zones or faces and nodes. Generally two sided coupled wall is automatically stilted when you convert a simple interface into coupled.
Also i'm getting an error during calculation saying divergence detected in AMG solver: temperature.
how can i fix this?
Improve the mesh quality or reduce the under relaxation energy factor from solution control.
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