Sentence examples for fractions of phases from inspiring English sources
Coupled with an atomization model, it predicts recalescences, volume fractions of phases as well as average compositions during solidification.
Firstly, the volume fractions of phases in gas atomized Al Ni powders are determined for several compositions and size ranges using neutron diffraction analysis.
Extracting absolute values of interface stress requires precise measurement of residual-strain-free lattice parameters and determination of interface area as well as volume fractions of phases.
The ω-phase decays in time following an algebraic law, unlike the predictions of the nucleation-growth framework for first order transitions, and residual volume fractions of phases and dislocation densities are related by a power law.
We find that the long-time behavior is controlled by the interplay of dislocations, shear fluctuations, and remnant volume fractions of phases, which lead to an algebraic decay in time.
The simulations also show interface migration driven by the free-energy difference between austenite and martensite, which affects the fractions of phases and the dimensions of the austenite grains.
This results in additional interaction stresses and strains and their magnitude depends on such factors as the property difference between phases, and morphology and volume fraction of phases.
The results show that both the solvus temperature and fraction of phases in 718 type alloys has been significantly changed with variation these alloying elements.
The nucleation undercooling of the eutectic structure is shown to be a key parameter for a quantitative prediction of the fraction of phases in the solidified samples.
The KL distance is also compared to the skewness and kurtosis of the IRAS and random phase wavelet coefficients, and the efficiency of these statistics quantified by the rate at which the detection of non- Gaussianity is lost as a function of the fraction of phases randomized.
This results in an effective total volume fraction of phases with load-carrying capability of ∼16 and ∼20 vol.% in the AlSi10Cu5Ni1 and AlSi10Cu5Ni2 alloys, respectively (see Table 2 ).
