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Breaking biological shells.

Today, we will be discussing the amount of energy required to break shells, surprisingly mysterious feats in powerscaling considering how common those interactions actually happen in real life.

Shells

We'll be using nacre for this. Nacre is found in abalone, oysters, mussels and their extinct relatives..

It has a shear strength (Fragmentation Energy) of 36.9 megapascals (36.9 J/cc), a tensile strength of 65 megapascals (65 J/cc), and a compressive strength of 400 megapascals (400 J/cc).With a specific gravity of 2.6, this comes out to:

Frag: 95.94 J/g

V. Frag: 169 J/g

Pulv: 1.04 KJ/g

Abalone:

Wild Abalone usually weigh on average 1,129 grams without the shell, and with a weight of 1640 grams, this comes out to (1,640 g-1,129 g)=511 grams. low-end:

Fragmentation:(95.94 J/g)(511 g)=49,025.34 J (Wall level)

Violent Fragmentation:(169 J/g)(511 g)=86,359 J (Wall level)

Pulverization:(1,040 J/g)(511 g)=531,440 J (Wall level)

References







 
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