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Priority: 3
Verse: One-Punch Man / Saitama
Calculations: Recalculation Durability of Kid Saitama

Recalculation because The old calculation used pulverization But the walls weren't crushed into powder. But it just collapsed.
This recalculation is unnecessary. We use pulverization in feats like this due to the fact that if it were V. Frag or normal Frag, the debris formed from the crater would be on the ground or in the crater, which it isn't.

Even if pulverization was denied for this feat later on, the values in the calc are very weird. You used the thickness of a wall as the depth of the crater, but that doesn't make sense to use. If the crater was as thick as the wall, it would be ahole, and not a crater. The original calc's depth (using the average thickness of a child Saitama's age) is much safer and makes much more sense.
 
Priority: 3
Verse: One-Punch Man / Saitama
Calculations: Recalculation Durability of Kid Saitama

Recalculation because The old calculation used pulverization But the walls weren't crushed into powder. But it just collapsed.
WRONG. It did not collapse. It got pressed in. That's textbook compressive strength.

Pulverization uses compressive strength (Realistically speaking tho pulverization would be a lot higher IRL but its formula, powder factor, is inapplicable to non-rock stuff like metals so we use compressive strength as a low-ball because it exists for majority of materials), we do not use yield strength for feats like this and using ultimate tensile strength makes absolutely no sense at all because tensile strength is pulling strength.

Not only that, the curvature is way too extreme for that building wall to be that much thinner than Saitama's own chest. Also, like Kachon said, you're using both 10 inches and that 20 cm wall thickness? That's contradictory in its own right. You can't have a crater depth of 25.4 cm and a wall thickness of 20 cm, there'd be a hole in it.
 
WRONG. It did not collapse. It got pressed in. That's textbook compressive strength.

Pulverization uses compressive strength (Realistically speaking tho pulverization would be a lot higher IRL but its formula, powder factor, is inapplicable to non-rock stuff like metals so we use compressive strength as a low-ball because it exists for majority of materials), we do not use yield strength for feats like this and using ultimate tensile strength makes absolutely no sense at all because tensile strength is pulling strength.

Not only that, the curvature is way too extreme for that building wall to be that much thinner than Saitama's own chest. Also, like Kachon said, you're using both 10 inches and that 20 cm wall thickness? That's contradictory in its own right. You can't have a crater depth of 25.4 cm and a wall thickness of 20 cm, there'd be a hole in it.
Worse still, even the pixel-scaling is completely wrong. Saitama's head is not straight up, it's straight up drooping downwards.
 
Priority 2: Scales to a decent number of characters

Verse: Saint Seiya

Summary of Calc: Gemini Saints Galaxian Explosion Subatomic destruction of the whole milky way galaxy - recalc'ed. This number is complete and utter insanity. I tried my best to understand the instructions i was given so i wouldn't be surprised if i messed that up somewhere.

 
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