'plastic creep' is not a correct part of a sentence in written English.
It is not a phrase that is typically used.
Plastic creeps away from the pressure, sliding down the threads so that even a tightened screw loosens almost instantly.
By what microscopic processes do plastic and creep strains occur in polycrystals?
I know that it's fun to laugh at Downton Abbey whenever plastic bottles creep into frame, or when that character in The Hurt Locker referenced YouTube even though the film was set the year before YouTube was invented.
The inelastic strain ε p represents both plastic and creep strains.
Secondly, the development of "Guidelines for Inelastic Design Analysis" is conducted to predict elastic plastic and creep deformation under elevated temperature conditions.
However, a deforming material may experience simultaneously, many characteristics such as elastic, plastic and creep strains, different loading (stress) paths, volume change under shear stress, microcracking leading to fracture and failure, strain softening or degradation, and healing or strengthening.
A new parameters for characterization of the crack growth resistance for a power law hardening materials and structures under normal and elevated temperature are introduced in the form of plastic and creep stress intensity factors.
However, a deforming material may experience, simultaneously, many characteristics such as elastic, plastic and creep strains, different loading (stress) paths, volume change under shear stress, microcracking leading to fracture and failure, strain softening or degradation, and healing or strengthening.
The inelastic strain ε p represents both plastic and creep strains, and can be expressed by a power law relationship: {overset{varepsilon}}_p={leftlangle frac{f}{Z}rightrangle}^nfrac{partial f}{partial sigma } (5 where f is the Von Mises yield function, Z and n are viscous constants and the bracket is defined by: leftlangle xrightrangle =left{begin{array}{l}x,xge 0, 0,x<0,end{array}right.
