TAGGED: crossflow, fluent, heat-exchanger, water-cooling
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January 3, 2021 at 10:27 pm
ManuelSoler
SubscriberHello,nI would like to simulate inside an air enclosure a water circuit (with inlet and outlet inside the enclosure) in order to determine it's passive cooling.nSo far I have tried to substract from the enclosure the water circuit (while keeping the tool body) as a result I will end with 2 components and 3 volumetric regions:n-Volumetric region referring to the water circuit inside the air enclosure as an internal volumetric regionn-Volumetric region referring to the enclosuren-Volumetric region referring to the water circuitnI am not fully sure on how to deal with that first volumetric region, and so far all the attempts I have tried have ended up in errornThanks in advance for any hintn -
January 4, 2021 at 4:50 am
Keyur Kanade
Ansys EmployeeWhich tool you are using? Is it SpaceClaim or Fluent Meshing? nYour problem looks like nPlease correct if I am wrong. nHere two regions are fluid and one if for solid. nRegards,nKeyurnHow to access Ansys Online Help DocumentnHow to show full resolution imagenGuidelines on the Student CommunitynHow to use Google to search within Ansys Student Communityn
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January 4, 2021 at 8:42 am
ManuelSoler
SubscriberWhich tool you are using? Is it SpaceClaim or Fluent Meshing? Your problem looks like https://us.v-cdn.net/6032193/uploads/8T2ID8K3RLRH/image.pngPlease correct if I am wrong. Here two regions are fluid and one if for solid. Regards,KeyurHow to access Ansys Online Help DocumentHow to show full resolution imageGuidelines on the Student CommunityHow to use Google to search within Ansys Student Community/forum/discussion/comment/101720#Comment_101720
I am using design modeler for the geometry and fluent meshing.nSimilar but not exactly, I am lacking the walls (as you referred as 3).nI substracted 2 from 1, and this would create an additional volumetric region inside 2 which I do not know how to treat it.n -
January 4, 2021 at 12:34 pm
Keyur Kanade
Ansys EmployeeCan you please upload an image? nIf it is inside region 2 then please check. It may be some part of the pipe which is not connected to other bodies. nRegards,nKeyurnHow to access Ansys Online Help DocumentnHow to show full resolution imagenGuidelines on the Student CommunitynHow to use Google to search within Ansys Student Communityn -
January 4, 2021 at 2:56 pm
ManuelSoler
SubscriberCan you please upload an image? If it is inside region 2 then please check. It may be some part of the pipe which is not connected to other bodies. Regards,KeyurHow to access Ansys Online Help DocumentHow to show full resolution imageGuidelines on the Student CommunityHow to use Google to search within Ansys Student Community/forum/discussion/comment/101760#Comment_101760
.nPlease see how an extra internal volumetric region (wall_water) has been created in the enclosure, which I am not interested in simulating, what should I do with it?nThe error I get when solving is 'failed to allocate'nThanks for the helpn -
January 5, 2021 at 5:02 am
Keyur Kanade
Ansys EmployeeIf you are not interested in the volumetric region, make its type as dead. nnRegards,nKeyurnHow to access Ansys Online Help DocumentnHow to show full resolution imagenGuidelines on the Student CommunitynHow to use Google to search within Ansys Student Communityn
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January 5, 2021 at 11:26 am
ManuelSoler
SubscriberIf you are not interested in the volumetric region, make its type as dead. https://us.v-cdn.net/6032193/uploads/TTZCGA2WS9EF/image.pngRegards,KeyurHow to access Ansys Online Help DocumentHow to show full resolution imageGuidelines on the Student CommunityHow to use Google to search within Ansys Student Community/forum/discussion/comment/101892#Comment_101892
Thanks KKanade, I believe that helped. However, it seems my computer does not have enough memory to simulate two fluids in two ductsn
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