nxs725
Materials
- Aug 25, 2011
- 1
Hi there!!
Am new to this Forum.
I am looking to find the compressive properties of the Steel listed in the title. This is so I can design a specimen to fit a Wyoming Combined Loading Compression jig. We are hoping to use the steel to provide a standard to check the reliability of the jig which is predominantly used for composite testing.
Ideally the specimens need to be 140mm long, 12.75mm width with around 2-3mm thickness. However the thickness is variable depending on whether the specimens pass Eulers Buckling Theory, so therefore to work out the size, i need to know some of the values needed in this formula!!
So if anyone has any information to help, I would be most appreciative.
Thanks!!
Am new to this Forum.
I am looking to find the compressive properties of the Steel listed in the title. This is so I can design a specimen to fit a Wyoming Combined Loading Compression jig. We are hoping to use the steel to provide a standard to check the reliability of the jig which is predominantly used for composite testing.
Ideally the specimens need to be 140mm long, 12.75mm width with around 2-3mm thickness. However the thickness is variable depending on whether the specimens pass Eulers Buckling Theory, so therefore to work out the size, i need to know some of the values needed in this formula!!
So if anyone has any information to help, I would be most appreciative.
Thanks!!