Here are a few old techniques - most of the documentation and basic ideas can be found in the 60s and 70s. Specially in the construction of nuclear facilities… Just as a note and because printing sequenz by “Layer” or “objekts” was a proactive introduction.
The thread title threw me for a while. But I think I understand what you are saying - that careful consideration of the way that individual or groups of layers are constructed could direct stresses in such a way as to reduce warping.
Interesting idea - it made me think about things like concrete pouring techniques / heat control, setting times etc in large construction projects like dams etc might also be useful to apply.
As the last student of my master, last generation with a federal certificate of skills that also includes fire welding, there are already a few things in my head that you can only or in the best case still survives in books. But do not worry Bambulab Austin, Texas can find many knowlege aboute by guys how are in the ASME Boiler & Pressure Vessel Code. There are extremely smart guys in, the code becomes the lead work not only in the USA, also in Europe and Asia. Such sequences (and there were only 4 examples), there are hugh books full of such sequences…
Not only steel is welded, plastic is also welded and a 3D printer does nothing other than weld layer upon layer… Even the definition of welding, which I take seriously, leaves the material open.
I like 3D printers, they get semi-professional and kick butts of people who think you can get a “master” before 50 and only in school. I also like Bambula because they kicks the butts of half-smart people… and these kicks will get even harder and not just in the area of manufacturing 3D printers
Jups, Warping is all about Matirial reacton on Energy input per unit leght. What for an unit “energy input per unit length” - Energy with a second Energy parameter
and by the way, if the material in the sequence has not yet been printed, it cannot Warping.