[malay]

Hi all .
I try to mesh this geometry :


but i couldn't do that .. anybody help me with many thanks



also I try to mesh this one but i don't have any idea ?

[FJSJ]

The first one is easy. You only need to create O-grid mesh to approach your model

Maybe this thread can help you for second geometry:

Multiple pipe in cylinder

[malay]

Originally Posted by FJSJ

The first one is easy. You only need to create O-grid mesh to approach your model

thanks for reply , i try to do first one , what about second one ??

[malay]

I try but i cant mesh the concentric region ?

[FJSJ]

Here files:

https://www.dropbox.com/s/rhlwsvxnmq5swpg/Project1.rar

[malay]

Originally Posted by FJSJ

Here files:

https://www.dropbox.com/s/rhlwsvxnmq5swpg/Project1.rar

thanks for this file ( but you forget to put the hot-water inlet and outlet in inner tube )

if you can help me by second one , I close to do the first one

[FJSJ]

Your hot water inlet & outlet are "AIRIN" & "AIROUT".

[malay]

Originally Posted by FJSJ

Your hot water inlet & outlet are "AIRIN" & "AIROUT".

yes sorry I didn't see it

[malay]

I try to mesh the second one , is it my bock ok ?
I plan to make o-grid on every small pipe , is it write ?



tn file here :
https://www.dropbox.com/s/f2p7owecy11ek3z/pp.tin

[FJSJ]

If you want to make the second geometry blocking you need to work much more than first one. I´m thinking about the best approach. Maybe with help and ideas from other users you can get it.

[FJSJ]

In this link there's one approach for cold water zone blocking. However, this is not the best solution. There are a lot of elements with bad quality in the center.

https://www.dropbox.com/s/n3mkd8alve...20Exchange.rar

[Far]

Here is the my try (i don't see the support plate in model) :

Files : Drop box link https://dl.dropboxusercontent.com/u/...ojectfiles.zip

Project 1: Without internal pipes meshed

Project 2 : created surfaces for internal pipes but got the problem on one face

Project 3 : made face to surface association for surface of one of the smaller pipes...

[FJSJ]

Thank you FAR for your blocking . But... this blocking doesn´t consider buffle PVC, am I right? I did an approach with this requirement but I´m not sure about it. For this reason, I merge vertices from first o-grid blocking to try to get blocking inside buffle to delete them and get cold water zone. Correct me if I´m wrong.

[malay]

Thank you javi and far

I try to make the support plate but i cant

[Far]

For baffle I will just make the two splits and ogrid in the current blocking. I guess it will work

[malay]

Originally Posted by FJSJ

Thank you FAR for your blocking . But... this blocking doesn´t consider buffle PVC, am I right? I did an approach with this requirement but I´m not sure about it. For this reason, I merge vertices from first o-grid blocking to try to get blocking inside buffle to delete them and get cold water zone. Correct me if I´m wrong.

thanks for your files but why you delete blocks inside small tubes ??

[Far]

blocks are there. Just changed the material as they are different fluids : Fluid and Fluid2

[FJSJ]

Yes ahmad, you're right. I deleted the blocks but It was because I wanted to try other approach. You can change material as Far said.

[FJSJ]

Hi all,

I´m trying a different approach. I´m thinking about manage central blocks to get baffle blocking form but I can´t get it. I´ve been trying merge blocks, split vertices.. but nothing. Maybe some of you can help me to do this approach. Or maybe, simply, It can´t be done this approach.

Files

[Far]

I didn't find the baffle in the model attached in previous posts. Baffle isn't difficult to mesh, just one or two ogrids, thats all