Malleable yes, but they can still be hurt.
No one said otherwise, the fact remains that tits are not these bits of stone that certain posters are trying to pretend they are.
Try doing what you are talking about with a girl with C or larger and ask does this feel comfortable/ good.
You mean putting them in what effectively amounts to a sports bra?
Literally the only time where a slight indentation would be required is if we are talking about Hitomi Tanaka levels of tits (assuming absolutely no sag). It wouldn't be a actual tits like you and others are suggesting it would, it would be one slight budge spanning the width of the cuirass at the upper mid section of the cuirass at most. It wouldn't outline the breasts and it wouldn't contain a cleavage design. The breasts wouldn't even fill it.
Your Kevlar vest is designed to stop something completely different than medial armor.
No one said they were equivalent.
To think a Kevlar vest is even close to medieval armor is a joke.To think a Kevlar vest is even close to medieval armor is a joke.
Holy shit. No one said that they were equivalent. Both still faced similar challenges because the laws of physics don't fucking change. Solid, ridged pieces are terrible for internally distributing KE. Hence why crumbling cars, modern body armor and Impulses were brought up to begin with.
Kevlar uses section material to stop a small pierce attack that has a small mass.
And high velocities. This is incredibly over simplified but:
A DM11 is 4.1 grams at what? 935 meters per second?
4.1g(1kg / 1000g) = 0.0041 kg
KE = (1/2)mV^2
(1/2)(0.0041 kg)(935m/s)^2 = 1792.2 N being applied to an area of 25.51 mm^2.
For reference, the area of a penny is around 285.02 mm^2.
Bullets are danagerous cause of kinetic energy, swords not so much though kinetic is still used.
ANYTHING with mass and velocity has kinetic energy. Literally every mobile mass.
Swords can apply quite a bit of KE, but it's not effective for defeating armor. The force would be applied over a wide area. Thrusting would be more effective, but you would still be hoping for two conditions:
1: The target isn't moving.
2: You get a straight on hit.
Even then, you wouldn't skewer the target, especially not if they were wearing well made armor.
This is all moot because no one who didn't have a death wish would try to directly compromise armor via thrust and cut. You would be half-swording, and either looking for a clean Murder Stroke, or looking to get the opponent off balance in a position where you could force the point into a relatively unprotected area (arm pits, neck, eyes, etc).
This is why swords were not the preferred weapon against armor. In a one on one fight, you would be better off in every way with anything designed to kill through clubbing.
This, incidentally is why armor was not meant to be strapped to the wearer. Aside from the fact that the rough edges of the armor would hurt the wearer, getting hit would be a death sentence. To reduce the likely hood of death, you have to increase the time until the object hitting you reaches a velocity of 0. This is why cars are designed to crumble and one of the reasons why padding is so damned important to armor.
This is the reason modern body armor was brought up. It can stop a bullet, but it's not good for either directing forces away from the wearer or distributing forces amongst itself.