Stacy E. Apelt - Bladesmith
ilmarinen - MODERATOR
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Knifemaker / Craftsman / Service Provider
- Joined
- Aug 20, 2004
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- 38,505
The weight of an anvil is in the mass of the steel. If adding weight to the base would work, all anvils could be considered to weigh the mass of the entire planet (since they sit on it).
If the anvil is firmly in contact with a secondary solid mass, like a block of 6" steel, the secondary mass will increase the anvils apparent mass. If the extra mass is next to the anvil (adding metal around the anvil) is will not affect the apparent mass any at all.
What this translates as is:
Don't cut off any of the anvil unless you want to make a lighter anvil (which you don't). If you want to make it more robust get a BIG piece of steel and weld/mount the smaller anvil to it. A trip to the scrap yard will turn up several candidates. Flywheels, rail road wheels, steel blocks and thick plate, etc.
My 125# anvil is chained on a 400 pound flat anvil. The effect is a 525# anvil. When I want to take the anvil to a hammer-in, I unbolt it and just take 125# with me (mounted on a 2X4 stacked base).
Stacy
If the anvil is firmly in contact with a secondary solid mass, like a block of 6" steel, the secondary mass will increase the anvils apparent mass. If the extra mass is next to the anvil (adding metal around the anvil) is will not affect the apparent mass any at all.
What this translates as is:
Don't cut off any of the anvil unless you want to make a lighter anvil (which you don't). If you want to make it more robust get a BIG piece of steel and weld/mount the smaller anvil to it. A trip to the scrap yard will turn up several candidates. Flywheels, rail road wheels, steel blocks and thick plate, etc.
My 125# anvil is chained on a 400 pound flat anvil. The effect is a 525# anvil. When I want to take the anvil to a hammer-in, I unbolt it and just take 125# with me (mounted on a 2X4 stacked base).
Stacy