In the expression for solid solution strengthening model that has been widely used in the literature use a linear form consisting of strength coefficient, and concentration of elements in wt.%. In this method, the strength coefficient of Mn is considered negative in some literature, which is not well understandable. However, in several literatures used for multicomponent alloys the expression is nonlinear and concentrations are raised to a certain power like (1/2 and 2/3). Kindly explain the correct approach for the calculation of theoretical yield strength using solid solution strengthening model.
I have a screenshot of my response espacially the formula not been able to write as a text
Thanks for sharing but the justification I am looking for is why Mn is negative. How come the strength contribution be negative. What's the physical sense of it?
When multiple strengthening mechanisms are contributing to yield strength, there is usually an interaction between them and it is therefore appropriate to mix their individual effects in a power equation with 3/2. When there is only solution hardening in effect, its contribution is a simple addition. I hope this helps. Good luck.
- Badges
- Science topic
- Similar topics
- Biological Science
- Physiology
- Physiological Processes
- Stress