Need some help/ideas in securing bamboo or sugar cane stocks for knife testing

[TLE2]

They sell bamboo as decoration. Look in Michael's or Hobby Lobby or similar.

Sugar can is not as rigid and is has more moisture.

[ColMike]

I can most likely get sugar cane or bamboo. I need diamter and length.

[RandallZ]

Seeing as deer season is coming up, I'd recommend testing your knife against a deer leg at the appropriate diameter (you could use a roadkill deer, too). That would more clearly represent a human wrist than bamboo wrapped steak. The tendons, fresh bone (which is entirely different than dry bone), etc. will be a fair test that would be hard to argue against.

Randall

[edgehill]

That's a great point.

[milkmanjoe]

Originally Posted by milkmanjoe

You are welcome....We used hams, though more for fun, to see bullet damage years ago. You can get deer legs for bones from any place that processes deer for hunters. Hell, you can buy an intact deer leg and attack it with the bowie. Probably pretty cheap, too.

Originally Posted by RandallZ

Seeing as deer season is coming up, I'd recommend testing your knife against a deer leg at the appropriate diameter (you could use a roadkill deer, too). That would more clearly represent a human wrist than bamboo wrapped steak. The tendons, fresh bone (which is entirely different than dry bone), etc. will be a fair test that would be hard to argue against.

Randall

Originally Posted by edgehill

That's a great point.

Ahem....post #6 is your friend....gotta read, men

[brownie]

Originally Posted by RandallZ

Seeing as deer season is coming up, I'd recommend testing your knife against a deer leg at the appropriate diameter (you could use a roadkill deer, too). That would more clearly represent a human wrist than bamboo wrapped steak. The tendons, fresh bone (which is entirely different than dry bone), etc. will be a fair test that would be hard to argue against.

Randall

Deer leg bone is more dense than our arm long bones are due to weight on them as they grow. Pig leg bones, same same per a slaughter house, and the bones aren't long enough measuring just 4-6" in length.

http://www.americanortho.com/downloa...Bone_types.pdf

Bone Types
file:///C:/Documents%20and%20Settings/bmachata/My%20Documents...
1 of 2
2/29/2008 11:41 AM
There are four types of bone in the human face and the length of treatment for placing
and restoring implants with a "tooth" and crown depends on which type of bone
the
implant is placed in. Implants have to integrate with the surrounding bone bef
ore a
tooth and crown is placed on it.
Type I bone is comparable to oak wood, which is very hard and dense. This type
of
bone has less blood supply than all of the rest of the types of bone. The bloo
d supply is
required for the bone to harden or calcify the bone next to the implant. There
fore, it
takes approximately 5 months
for this type to integrate with an implant as opposed to 4 months for type II
bone.
Type II bone is comparable to pine wood, which isn't as hard as type I. This
type of
bone usually takes 4 months to integrate with an implant.
Type III bone is like balsa wood, which isn't as dense as type II. Since the
density isn't
as great as type II, it takes more time to "fill in" and integrate with an imp
lant. 6 months
time is suggested before loading an implant placed in this type of bone. Exten
ded
gradual loading of the implant can, however, improve the bone density.
Type IV bone is comparable to styrofoam, which is the least dense of all of t
he bone
types. This type takes the longest length of time to integrate with the implan
t after
placement, which is usually 8 months. Additional implants should be placed to
improve
implant/bone loading distribution. Incremental loading of the implants over ti
me will
improve bone density. Bone grafting or augmentation of bone are often required
. Bone
expansion and or bone manipulation can improve initial implant fixation.
There are four types of bone in the human face and the length of treatment
for placing and restoring implants with a “tooth” and crown depends on
which type of bone the implant is placed in. Implants have to integrate with
the surrounding bone before a tooth and crown is placed on it.
Bone Types
Type I
bone is comparable to oak wood, which is very hard and dense. This
type of bone has less blood supply than all of the rest of the types of bone.
The blood supply is required for the bone to harden or calcify the bone next
to the implant. Therefore, it takes approximately 5 months for this type to
integrate with an implant as opposed to 4 months for type II bone.
Type II
bone is comparable to pine wood, which isn’t as hard as type I. This
type of bone usually takes 4 months to integrate with an implant.
Type III
bone is like balsa wood, which isn’t as dense as type II. Since the
density isn’t as great as type II, it takes more time to “fill in” and integrate
with an implant. 6 months time is suggested before loading an implant
placed in this type of bone. Extended gradual loading of the implant can,
however, improve the bone density.
Type IV
bone is comparable to styrofoam, which is the least dense of all of
the bone types. This type takes the longest length of time to integrate with
the implant after placement, which is usually 8 months. Additional implants
should be placed to improve implant/bone loading distribution. Incremental
loading of the implants over time will improve bone density. Bone grafting
or augmentation of bone are often required. Bone expansion and or bone
manipulation can improve initial implant fixation

The ulna and radius bones are type two bone. I think 1.75" between two pine dowels may just work to duplicate the bones in the forearm.