Why would my source links matter when you completely ignore them in the same post? You ignored all concept actually. You ignored the entire way bullets/bulletproof armor are actually measured. All the relevant information is there, even them changing speeds to compensate. And the speeds are shown.
But of course, read on and ignore it:
http://www.arl.army.mil/arlreports/2018/ARL-TN-0872.pdf
I already included it, but yes they lowered the speeds, but it was also a weaker piece of metal.
The pressure at the tip doesn't matter. If something with the initial psi strikes something rated 40 times lower, it's going to blow right through it. You're making shit up. The plates are only designed to handle so much pressure for a split second. If they could handle 2900 tons, that would maybe be stated somewhere. The makers know how long a bullet lasts, they'd factor that in more than likely when they make the ****ing plates.
The plates are designed to handle that total. Anything more will blow through them. That's why they have a high and low of the plates.
And if the bullet actually packs 2900 tons of psi, then it really doesn't matter when we can see that impact being completely stopped by steel rated for 130 tons.
Which means even more than ever, do your numbers mean **** all. Man up.
Also when armor makers and people testing armor mention tensile strength as a factor against bullets, you think they're just joshing you? In any case, we have the BNH value. Both things lead us to numbers 40 times lower than yours. From actual people who study this metal, and know the science of it.
However, why would we ever leave anything there? Here is a 20mm tungsten round going through 6 1/4 steel plates (spread out)
YouTube video
Here is about 7500 pieces of paper stopping a tungsten armor piercing round.
YouTube video
Here is about 1.5 inches of titanium stopping an armor piercing 20mm round
YouTube video
I already showed the titanium plate stopping a superior tungsten round as well.
The hardest Titanium has a minimum bnh of 334, which is a far cry from a bnh of 600, which is 132 tons psi.
https://alcobrametals.com/guides/titanium
And here's a study where a bunch of plates stopped 20mm and 1/2 scale 30mm bullets as long as they were heated and reformed, as opposed to rolled at 1.1 inches.
The hardness of these steel plates at 1.1 inches ranged from 48 to 53 on the RHC scale. Which is about 460-534 in BNH if I'm doing that right. 48.5 is 101 tons psi.
http://www.dtic.mil/dtic/tr/fulltext/u2/a284904.pdf
But here's the real kicker. The 30mm GUA-8 could only achieve:
"Later there were experiments conducted in order to increase penetration with ammunition
30 mm PGU-14/B API (fig. 3), with aircraft velocity of 128,61 m/s (250 Knot) and with attack
angle of 30 on armour plate with hardness BHN 300. Achieved penetrations were 55 mm on
distance from target of 1.220 m, to 76 mm on distance from target of 300 m."
https://www.researchgate.net/profile/Jasmin_Terzic/publication/230785663_Dispersion_of_PGU-14_ammunition_during_air_strikes_by_combat_aircrafts_A-10_near_urban_areas/links/09e415045c898615ac000000.pdf
That means with a rating of about 66 tons psi, that a far superior gun could only penetrate 3 inches while they specifically tried to penetrate as far as they could. Almost 3000 tons of psi would blow right through that, and if not, then your numbers mean absolutely nothing at all.
So even ignoring the actual numbers, how does it make sense to you that thin (in comparison) metals can stop 30mm rounds, yet you still seem to think your made up numbers are impressive? Do you think Thor less durable than a tank or something? Where does your logic even come from?
And how does it make sense to you that all these different studies never come near the measurement of 2900 tons psi, yet they seem to all hover around each other? Why do none of these tests and studies seem to come close to what you're saying? How do you rationalize that?
Keep in mind you're arguing with the actual ballistics and tests of actual bullets being fired at things. The only proof you have is the size of the bullet, your made up numbers, and a 100 ton press pushing a ball. I mean, you can clearly see the bullets being stopped by not too crazy of things, why doesn't this clue in for you? Bullets don't just travel through anything.
THREE HUNDRED AND 13 MILLION TONS PER SQUARE INCH, and you're still arguing. Even your new number is a massive overstatement backed up by zero ballistic tests ever.
😂 at you using a ball in a talk of ballistics though. First off, that press isn't 100 tons psi. The ball wasn't concentrated into one location, and we don't even know what it was made of anyway. It was a fairly large ball, of course it's going to stop compressing against a 100 ton press at some point in time. You want to actually look at bullets and ballistics though instead of finding your information in hydraulic press channels though? 😂
Handling a sun blasting sun energy at him. Being as durable or moreso than Hulk and Iron Man is another.
And you keep bringing up Jessica Jones except the difference is that Thor was never shown to be penetrated by a bullet. What part of that don't you get?
As well as, you can't use writer intention that Thor wasn't bulletproof when writer intention is also that Thor was subject to a hailstorm of bullets.
One is easily explained to say he didn't know what to expect. One is explained that every round simply missed him even though we saw the impact off his foot. So... yeah.
But no that's fine, one upgrade ago Thor wasn't bulletproof. Now the writers intention is that he took the full force of a sun. Funny how that works out, no? Or does writers intention, common sense, and the giant beam of energy just not count in the sun one? Does the sun also not compare to 3000 tons psi or something?