I understand.
Sorry, if you can help me, I found some information that might help.
This source states the following information: "Firstly, the pressure plays an important role. In the literature it varies from 40 to 800 bar [10, 16]. A pressure of 7 bar is already sufficient to penetrate the skin."
Could you reevaluate using this information? I couldn't find a minimum amount to make a human bleed, but I think this is enough to damage internal organs.
I will redo Tanjiro's calculation with his information, I used 4 J/cc because it is the average given for the fragmentation of concrete from the Wiki.
Sorry, if you can help me, I found some information that might help.
This source states the following information: "Firstly, the pressure plays an important role. In the literature it varies from 40 to 800 bar [10, 16]. A pressure of 7 bar is already sufficient to penetrate the skin."
Could you reevaluate using this information? I couldn't find a minimum amount to make a human bleed, but I think this is enough to damage internal organs.
I will redo Tanjiro's calculation with his information, I used 4 J/cc because it is the average given for the fragmentation of concrete from the Wiki.
It would have to be the energy needed for a shockwave to cause a human to bleed from their nose. Which I admit, I don't know to calculate that.
Also, Fragmentation of concrete is 6 J/cm^3. I also don't like how you measured the area of the wall there, your green line's width is way too generous.
Just use the same width as the red line.