Derive all possible slip systems in a face centered cubic unit cell. (Remember slip systems consist of close packed planes in close packed directions) (a) List all the possible permutation of slip systems. (b) How many slip systems do you have if you discounted redundant planes? List all of them. (Explain how you determined that the planes were redundant) (c) How many slip systems do you have if you also discounted negatives of slip directions? List all of them.
Derive all possible slip systems in a face centered cubic unit cell. (Remember slip systems consist of close packed planes in close packed directions)
(a) List all the possible permutation of slip systems.
(b) How many slip systems do you have if you discounted redundant planes? List all of them. (Explain how you determined that the planes were redundant)
(c) How many slip systems do you have if you also discounted negatives of slip directions? List all of them.
(d) Out of the remaining slip systems, how many of them are valid? List all the valid slip systems and explain your answer either mathematically or graphically.
(e) Draw all the independent slip systems that you get from the problem before.
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