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The grain size refinement causes a strong decrease in the hardening rate.
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Grain size reduction in single phase alloys is generally accompanied by a loss of ductility related to a decrease in the strain hardening capacity.
The variations of the particle sizes causes strong decrease in the strain hardening rate of the composite, and leads to the quicker and earlier damage growth in the composites.
Both materials show a limited total plastic deformation of less than 5% and a quasi-linear decrease in the work hardening rate with increasing stress.
The critical compressive strain decreases with an increase in the hardening exponent, which is similar to the critical compressive stress, while the critical compressive strains vary in a narrow range as Fig. 17 shows.
The addition of the SiO2 results in a decrease in strain hardening and enhanced tensile elongation.
The nitrogen addition at the present level caused the following significant changes in the stress strain response: (1) a considerable increase in the critical resolved shear stresses leading to a deviation from Schmid Law (2) suppression of twinning although planar slip was evident (3) changes in the deformation mechanisms and (4) a decrease in strain hardening coefficients.
The critical bending moment of local buckling increases exponentially with the pipe diameter and increases linearly with the pipe thickness and the yield strength, while it decreases nonlinearly with an increase in the hardening exponent.
There can be a decrease in the density of state (DOS) and hardening of the optical E 2g phonons which is known to be strongly related with the superconducting properties of MgB2 (Eisterer 2007).
After annealing, the embrittlement further decreased, while the hardening also decreased.
The results in Table 1 show an increase in the strain hardening exponent, n, with decrease in the initial relative density or increase in the copper content in the aluminum matrix of the composite.
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