Article on barrel manufacturing

I don't understand how a softer metal (copper) can dent a harder metal (stainless).

a more dramatic way of looking at is this .... ever see a barrel shot with mud in the last couple of inches ? ...... it creates a buldge , or " dent "

mud is very soft , but some gets in between the bullet and barrel and it is easier to push into and expand the barrel than it is to compress and squish the bullet .
 
That would create an extreme pressure spike and although I see the point you are trying to make, I don't think it is the same as a tiny copper deposit in a low spot in a barrel.
 
a more dramatic way of looking at is this .... ever see a barrel shot with mud in the last couple of inches ? ...... it creates a buldge , or " dent "

mud is very soft , but some gets in between the bullet and barrel and it is easier to push into and expand the barrel than it is to compress and squish the bullet .


No... mud contains water. Water does not compress. Mud holds a layer of water against the bore.

There is a whole whack of difference between mud (barel obstruction) and a molecules-thick layer of copper
 
I'll put my hammer forged Sako barrel up against that Savage any day. Properly done, as Sako does, hammer forging produces some of the most consistent barrels available. And there is a very good market for them as well.
 
Remington hammer forges their barrels... and they have been excellent for accuracy as a factory rifle.

The biggest reason a custom barrel maker would not hammer forge is the huge investment in equipment and space required... and no need to be able to produce a barrel in literally seconds ...
 
Copper is not really compressible either; if it is contained. I have looked at dents in rifle bores created by jacket fouling and by unburned ball powder.
I have filled in rust pits in a chamber with soft solder and it worked reasonably well, for a time. Confined, the soft solder would not compress. Regards, Bill.
 
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