How to Design a Heat Exchanger in Siemens NX 2312

In this video, we create a heat exchanger by projecting a helix onto an extruded surface and then creating several datum planes sketches, a sweep, and an external detailed thread. As a result, you get a beautiful heat exchanger.
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0:00 Intro
#siemens #CAD #engineering #engineer #siemensnx #nx #education #tutorial #science #stem #mechanical #mechanism #mechanicalengineering #education #model #3d #3dmodel #design #manufacturing

[@DeepakSharma-pd7fd]

Make more video sir on heat exchanger automobile car ac

[@csbkburrell5018]

Thanks, great job teaching. I used helix projected to a surface to represent wire windings. As you showed, the helix should be larger than the projected surface.

[@MicSofty]

Very nicely done! Thank you for the tutorial.

[@uds8863]

😊Now the next video should be NX simulation if possible
❤ India

[@alirezasaedi2613]

Hello, thank you for your practical lessons. There is an issue with projecting onto the surface gap in the corner. Why does this happen?

[@CADElectronicsTH]

Thank you.

[@__--JY-Moe--__]

😁😎👍👍

[@frankmayer7960]

Steve, my new 3D priest/Yoda. thanks so much for all your fantastic work. Recently I'm going all in and at full throttle on surface modeling. Does your Basic to Advanced NX11 book cover this? thanks

[@DesignVisionaries]

Hello Mr. Mayer, and thanks for your support! Basic to Advanced Computer Aided Design Using NX11 covers surfacing from beginner to advanced, and many other concepts. It covers the following (and I imagine I missed some):
Simple Surfacing:
-through curves
-ruled surface
-sweep along guide - etc
Advanced:
-swept (with multiple guides)
-variable radius edge blend
-face blends
-variational sweep
Freeform Surfaces:
-bridge
-through curves
-through curve mesh
-fill surface
-iso-parametric curves
Surfacing Options:
-trim
-untrim
-delete edge
-offset surface
-variable offset
Edit Surface:
-x form
-enlarge
-flattening and forming