How can you live in Belgorod and put a shocked emoji that there is war
You are less than one marathon running distance away from the border, and one ultra marathon from Kharkiv, and the war has been going for 2 years. Whole cities are flattened, not that far from where you are.
Kinda puts it in perspective that "we don't have a problem with the Ukrainians striking Russian soil anymore" thing. They didn't know how much the West was doing for them; without careful escalation management keeping them safe, the northern counteroffensive would probably have pushed the front line back past the border and rolled it over their city to create a buffer zone, and they wouldn't get to live in their home anymore right now or maybe ever again.
As a gesture of a good will, ukrainian partners joined the educational program to provide the final exam material. Due to bad grades all over the board, russian instructors insisted on reexamination. 'We didn't send our best' said Lt. major Govnomesov 'We haven't even started [our education program] yet!'. While it was a surprise for partners, they made it clear they can help fellow instructors once again.
If your tent truly is that hot I'm impressed. On my 2.4 with just 2x bedfans, the chamber doesn't crack 40 degrees C after 45 minutes.
The reason why most recommend low/no cooling for ASA/ABS is due to low chamber temps.
If your chamber is that hot you should be able to crank the cooling without much concern. Print a temp tower to prove it out, and to feel out of this is a filament temp issue.
One other piece of advice for ASA: I've found that it likes consistency. I print basically all features at the same speed, other than the first layer. I suspect cooling would fall into this category too.
The solution was more cooling. It was warping due to too much heat, I increased cooling to 100% and reduced overhang speed slightly and it now prints well.
Printing fast/without cooling can also go the other way:
By printing very fast the last layer may still be "hot" when the new layer is added. As the temperature differential is smaller there is less stress within the part once it is cooled down.
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