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Violent fragmentation of titanium

The tensile strength of titaium is 240 MPa so 240 j/cc
No, we don't use tensile strength for destruction.

Low-end shear strength for frag, high-end shear strength to low-end compressive strength for frag and high-end compressive strength for pulverization.
 
Titanium on its own is nothing more than overglorified aluminium but with much better heat resistance, it's the alloys you really want.
 
Well what is its violent fragmentation?
No values for ferrotitanium exist, they aren't used in the sense for structures, weapons and the like.

Titanium alloys however, are a different story. A quick google search should give you what you need.
 
No values for ferrotitanium exist, they aren't used in the sense for structures, weapons and the like.

Titanium alloys however, are a different story. A quick google search should give you what you need.
I see.
 
Grade 4 titanium alloy is 550 mpa, how do I change that to violent frag?
Weirdly enough, it seems to have iron and carbon but isn't exactly a steel alloy to begin with.

0.6 x tensile strength is our formula for shear strength for most materials, steel, iron and aluminiums have their own multipliers
 
Weirdly enough, it seems to have iron and carbon but isn't exactly a steel alloy to begin with.

0.6 x tensile strength is our formula for shear strength for most materials, steel, iron and aluminiums have their own multipliers
Weird that titanium alloys have lesser violent frag/cc compared to just typical steel.
 
I checked google and it said steel has 400 mpa tensile strength...so is there something wrong?
 
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