How Does Grain Size Influence Strength in Space-Centric Cubic Metals?

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Grain size significantly influences the strength of space-centric cubic metals, as described by the Hall-Petch relationship, which indicates that strength increases with decreasing grain diameter. A specific value of 1 MPa is noted for the average grain diameter in this context. The discussion emphasizes the need for a diagram illustrating the transition from type 2 to type 3 cogometry functions in relation to grain size. Participants are reminded to present their attempts at solving the problem before seeking assistance, as helpers are not permitted to provide direct answers. This approach fosters a deeper understanding of material science concepts related to grain size and strength.
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<<moderator: moved from a technical forum, no template>>
Hi ...

I have a question about a job in the material science courseWe give the hall petch type that denotes the dependence of the strength on the average grain diameter d, also has a value close to 1mpa. I have to show in a diagram σ-d ^ 1/2 the transition from type 2 crash to crank type 3 cogometry function for a space-centric cubic metal
 
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In the future, homework must be posted in a homework forum, and you must fill out the template. Threads also need a more informative title than, "homework help"

Most important, the helpers aren't allowed to just give the answer. You must show your attempt at solution first, and then they'll give hints.

So please begin by showing us how you would try to solve the problem.
 

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