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Crimson Azoth said:Not quite. That calc that Rodri did said that Pulseman was 45kg. Knowing what Pulseman was made of, I could work out his size in cubic meters.
Then, I'd use the water depth to figure out PSI, convert it to joules per cubic meter, and then multiply that by the size of Pulseman in cubic meters.
Since apparently you can convert J/m^3 to PSI.
Which can of course, at least to some extent, be explained by the fact that the formula used above actually being wrong.Antoniofer said:Eh, we do not treat atmospheric pressure in that way, is not like somekind of destruction value; there's several types of fishes that can survive those depths and yet can be easily killed by humans.
Doesn't the destruction value for most materials we use in calcs originate from shear strenght which is measured in Mega Pascals?Antoniofer said:Eh, we do not treat atmospheric pressure in that way, is not like somekind of destruction value; there's several types of fishes that can survive those depths and yet can be easily killed by humans.