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To find the critical resolved shear stress for a single crystal of a hypothetical alloy, you take the slip direction, the slip plane, and the direction of tensile stress.

You calculate the angle between the direction of tensile stress, and the slip direction, and also the angle between the direction of tensile stress and the direction perpendicular to the slip plane.

You take the cosines of both of those angles, multiply them together, and multiply them by the magnitude of the tensile stress, and boom, you have the critical resolved shear stress for the crystal of this hypothetical alloy.

You're welcome.

I remember that from Inorganic Chemistry. Haha, good stuff. 👆 I would never have thought of it again in. my life - probably.

Ah for me it's my materials engineering class

Originally posted by Emperordmb
Ah for me it's my materials engineering class

Haha, lot's of crossover always between those two. A lot of materials engineering is applied Chemistry.

Originally posted by Emperordmb
Ah for me it's my materials engineering class

Mechanical engineering?

Yep

Very interesting stuff DMB.

What's the sheer stress for Carbonadium, DMB (aka Samwell)?

This is why I'm an accountant now. DMB, I'd like to officially become your personal b!tch.

Shadowpoint did it better

I've come across this stuff when I was studying metallurgy books for fun kek

Originally posted by Emperordmb
Yep

How difficult is it to get into engineering Colleges in US?

Originally posted by Emperordmb
To find the critical resolved shear stress for a single crystal of a hypothetical alloy, you take the slip direction, the slip plane, and the direction of tensile stress.

You calculate the angle between the direction of tensile stress, and the slip direction, and also the angle between the direction of tensile stress and the direction perpendicular to the slip plane.

You take the cosines of both of those angles, multiply them together, and multiply them by the magnitude of the tensile stress, and boom, you have the critical resolved shear stress for the crystal of this hypothetical alloy.

You're welcome.

Cheers, this has been driving me nuts for weeks.