ANSYS Fluent Tutorial | Analysis of Double Pipe Counterflow Heat Exchanger | ANSYS 19 R3 | Part 2/3

You need to design a Counterflow Heat exchanger to cool the engine oil for a large industrial gas turbine engine. The flow rate of cooling water through the outer annulus is 0.3 kg/s and the flow rate of engine oil through the inner tube is 0.01 kg/s. The water and oil enter the outer annulus and inner tube at temperatures of 293 K and 423K respectively. The wall thickness of the oil tube is 2 mm.
Part 1 : Geometry : • ANSYS Fluent Tutorial ...
Part 2 : Meshing : • ANSYS Fluent Tutorial ...
Part 3: Solver setup & Post Processing : • ANSYS Fluent Tutorial ...
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[@user-ei4kg1vp4b]

So useful, and we are waiting for third part. Thanks a lot

[@AnsysTutor]

Thank you 🙏 for your support, It is uploaded .

[@mananpandya6191]

Hello sir thank you for the video
Could you please make a multiphase nanofluids heat exchanger video as well ? I would like to see how the inputs are given ! Thanks a lot

[@ianm1898]

hi is it posible for us to make it in 2d?

[@AnsysTutor]

Yes, its possible

[@viethung5253]

please send me my file STEP design. thank bro so much!

[@mayurgarg9903]

mesh failed shown

[@AnsysTutor]

Reset the mesh, and try do as shown in tutorial.

[@bineshthapa9234]

Creating mesh is taking too much time

[@AnsysTutor]

Follow the same meshing procedure.