I wonder if you could get good results by having a few ceramic triangular pieces in front of the tungsten plate to deflect the tungsten core before it hits the main armor block. You'd need to reduce the amount of steel behind the tungsten to save weight but it might be worth it?
the idea was to have some layers that stretch and can help catch the projectile, i think they are a bit too thin to help a lot. as for the aluminum its Aluminum 1100-O which is not an alloy.
Awesome. Which do you think is better multiple layers of smaller plates or 2-3 thick plates? like (Based on video) 2mm Tungsten/ 2mm RHA / 2mm Tungsten / 2 mm RHA etc.... (same thickness overall) or few thicker plates?
Depends on thickness, but thick plates seem to do the best for a 50bmg, but I think if I did some smaller calibers I could get away with, multiple small plates.
Strike face should be tough and back layer should have impact strength. Like it was in german armor - steel was cementated in front and not in tha back .
@@someguy9 I get notifications, but it's fine, also yeah I could do that might be a bit cause I'd have to make a model for it, I could use premade models but most files are solidworks files, not CAD so I would have to pay monthly just to use those
Any way I could contract you to design a few models for my company? Would be a super simple agreement, videos for Zelle or Venmo. You can also post them on your channel when done if you want.
If you can contact my business email: ToasterBis@gmail.com, and give me some more info about the work you wish to contact, we can discuss an agreement.
Maybe 2-3 more, might try the Russian 50cal equivalent, but idk if it would be that different. Could also do 20-25mm idk. Have to find or make ammo models for those.
Awesome. What about projectiles at ridiculous speeds against armor?
Yes I was thinking about that, and also some dumb angles, to see about ricochets
@@ToastRepublic great. Keep it up with the videos
@@ToastRepublic how about a chair thrown at 7000 meters a sec at a maus?
what if I hit it twice on the same spot
I wonder if you could get good results by having a few ceramic triangular pieces in front of the tungsten plate to deflect the tungsten core before it hits the main armor block. You'd need to reduce the amount of steel behind the tungsten to save weight but it might be worth it?
why isn't there any cross section?
Hi, awesome. I realy wonder about contact selection. which contact type did you select for sandwich laminate?
where is the simulation where the gun explodes?
Whats the purpose of polyethylene there?
Is aluminum there is alloy?
the idea was to have some layers that stretch and can help catch the projectile, i think they are a bit too thin to help a lot. as for the aluminum its
Aluminum 1100-O which is not an alloy.
@@ToastRepublic so it ads impact strength or toughness
what is the program name
Awesome. Which do you think is better multiple layers of smaller plates or 2-3 thick plates? like (Based on video) 2mm Tungsten/ 2mm RHA / 2mm Tungsten / 2 mm RHA etc.... (same thickness overall) or few thicker plates?
Depends on thickness, but thick plates seem to do the best for a 50bmg, but I think if I did some smaller calibers I could get away with, multiple small plates.
Strike face should be tough
and back layer should have impact strength.
Like it was in german armor - steel was cementated in front and not in tha back .
So a sr-71 blackbird can completely destroy a tank?
I'm curious.
Hello. What program are you using?
What software are you using for the penetration testing and the creation of the models?
Ansys Student
And can you make a knife vs 45.
If you get emails every time someone commentes shi my bad im sorry i comment alot
@@someguy9 I get notifications, but it's fine, also yeah I could do that might be a bit cause I'd have to make a model for it, I could use premade models but most files are solidworks files, not CAD so I would have to pay monthly just to use those
Any way I could contract you to design a few models for my company? Would be a super simple agreement, videos for Zelle or Venmo. You can also post them on your channel when done if you want.
If you can contact my business email: ToasterBis@gmail.com, and give me some more info about the work you wish to contact, we can discuss an agreement.
Which software you use? Deformed material simulation is one of the most difficult!
Ansys Student
IRL I have never seen plastic deformation of tungsten before
How many vids you plan to make that is 50 cal vs bla bla bla
Maybe 2-3 more, might try the Russian 50cal equivalent, but idk if it would be that different. Could also do 20-25mm idk. Have to find or make ammo models for those.
@@ToastRepublic 12.7x108 have more energy than 50cal
Algorithm.