Help on DEFORMATION: Strength Rate Calculation

  • Thread starter Thread starter SUPERSOUVIK
  • Start date Start date
  • Tags Tags
    Deformation
AI Thread Summary
The discussion centers on the calculation of macroscopic strength rate in materials, specifically questioning the relationship involving Burgers vector and dislocation density. A typing error was acknowledged, clarifying that the intended term was "average dislocation velocity" instead of "average dislocation density." The conversation also touches on modeling strength increases due to dislocation interactions, referencing the shear modulus and dislocation density. There is a suggestion to explore the concept of strengthening rates from work-hardening in materials. Overall, the thread emphasizes the importance of accurately defining terms in strength calculations.
SUPERSOUVIK
Messages
5
Reaction score
0
Please prove that ,


macroscopic strength rate=(burger's vector)*(dislocation density)*(average dislocation density)
 
Engineering news on Phys.org
Why would you think this relationship holds? This would give "strength rate" the units of m-3, which seems unusual.

The increase in strength from dislocation interactions is often modeled as (shear modulus)*(Burgers vector)*(square root of disl'n density).
 
SORRY BUT IT WAS A TYPING ERROR! ACTUALLY IT WAS average dislocation VELOCITY!
ALTHOUGH I have gave a new thread with modification!
 
SUPERSOUVIK,

Are you talking about the strengthening rate from work-hardening of the material?
 
Back
Top