Re: Chebacco tiller stock
The value for 1" solid steel should be twice that, 170lb of force.
Sorry.
Sorry.
--- In bolger@y..., richard@s... wrote:
> Incidently, just had a long thread on the math of shear and torque
on
> the 7x10 mini-lathe group.
>
> Theoreticaly, with a 5ft tiller, I should be able to break the 1-
1/8"
> solid 6061-T6 rod with about 135lb of force on the tiller end.
>
> Bill's 1" solid steel rod (assuming 1018 cold rolled) would break
at
> 85 lb of force.
>
> As designed, using a 2" 304 SS tube with 1/8" walls, it would take
> 792 lb of force on the tiller end to break the rudder post.
>
>
> I guess I get the MIG conversion kit for my welder!
Incidently, just had a long thread on the math of shear and torque on
the 7x10 mini-lathe group.
Theoreticaly, with a 5ft tiller, I should be able to break the 1-1/8"
solid 6061-T6 rod with about 135lb of force on the tiller end.
Bill's 1" solid steel rod (assuming 1018 cold rolled) would break at
85 lb of force.
As designed, using a 2" 304 SS tube with 1/8" walls, it would take
792 lb of force on the tiller end to break the rudder post.
I guess I get the MIG conversion kit for my welder!
the 7x10 mini-lathe group.
Theoreticaly, with a 5ft tiller, I should be able to break the 1-1/8"
solid 6061-T6 rod with about 135lb of force on the tiller end.
Bill's 1" solid steel rod (assuming 1018 cold rolled) would break at
85 lb of force.
As designed, using a 2" 304 SS tube with 1/8" walls, it would take
792 lb of force on the tiller end to break the rudder post.
I guess I get the MIG conversion kit for my welder!