That explains a lot.
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sometimes i think about how nobody knows how every single person in every single nuclear close call was just me messing around
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You must be the reason of nuclear threat in the indian ocean during the bangladesh liberation war
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the hallucination machine is making up lies about my friends :( on the bright side when I see them at the Senate today I bet theyāll think itās really funny! excited to see them!
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(not a serious post)
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Finished Sudokuvania in 828 minutes, plus the boss puzzles.
@Zone_Q11
(although I slept in, while I was on the main puzzle, so that 828 is a bit skewed)
Some insight, (which would helped me in the long run) hopefully spoiler-less.
Once you finished maintance, the boss puzzle and the reward not really relates to each other, you should double-check the rule in the top left corner. (before that, more or less you unlock the mechanic used in the boss puzzle.)
The final hidden puzzle requires you to guess. (It has 2 solutions without seeing the parts hidden by the fog, and the fog reveals itself only after you put in all the correct numbers.)
And money bags are still considered money. (I was stuck for a while in the golden temple, cause of my misinterpetation, what those money bags could be.)
Nevermindā¦
The relevant fog clears itself, once you finish the main quest.
So without guessing, you can solve the final hidden puzzle, once you solved the last ābigā area.
this shit aint gonna help cezer he canāt read enlish
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I was wondering why you were talking about Bernie sanders being neutered, i was going to offer to help
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Does anyone have any insights on how to quantify/predict compressur surge in radial compressors? Beyond just CFD ;-; i donāt wanna run one million ansys sims. are there any rough workflows? Also, does anyone have experience in blade design? How much of an isentropic efficiency loss can i expect from making the blades have sub-optimal loadings? Obv the LE is angled/placed for minimum mach and to align with the flow, but they might end up being straight lines bc log spirals arenāt giving me the pressure ratio i want.
alright who replaced may with an engineer
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I got good, obviously. Now answer my questions >:( i read a random guyās masterās (heās a scrub) on doing some basic inverse design, but thatās purely euler eqs and so doesnāt include losses. I was thinking of coupling an inverse euler design routine with a full CFD to optimize for losses (IE have a couple control points for the loading instead of a ton for the blade shape directly) but idk if that helps with surge. Esp. since itās a BL/separation phenomenon, I have concerns about numerical methodsā ability to predict the surge point anyways
I have a similar problem with the bladed diffuser tbh, i can do simple diverging channels but that has like an isentropic efficiency of 80% (empircal) which sucks. But i donāt also want to deal with doing inverse design there, and besides the incoming flow is unsteady and fucked so itās hard to run CFD on it anyways.
The turbine design should be easier but might be hard to manufacture, since i canāt as easily get away with the 2d design. Does anyone know if a radial turbine is any good?
hey donāt you have your own account
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Itās for 10 points benguinedparbecue you have to answer
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Iām LITERALLY May idkwym.
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thereās two of me. ignore the phone may, theyāre ungodly and a heathen
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iām not an engineer this tossupās going dead
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one time my ex bungled a qb tossup about nomex and i was dying inside
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