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This study presents the MD approach toward mechanical deformation and phase transformation mechanisms of monocrystalline Si(100) subjected to nanoindentation.
This work presents the molecular dynamics approach toward mechanical deformation and phase transformation mechanisms of monocrystalline Si(100) subjected to nanoindentation.
Aim was, first, to discriminate the microstructure constituents, austenite, ferrite, bainite, and martensite, second to gain information on the γ α phase transformation mechanisms and third to correlate the mechanical properties and the microstructure of the samples.
Crack tip stress-induced phase transformation mechanisms in nickel titanium alloys (NiTi), subjected to fatigue mechanical loads, have been analyzed by full field measurement techniques.
Still, many questions remain open as to the transformation mechanisms.
The two switching modes are investigated with possible switching and transformation mechanisms proposed.
Similar(7)
NIK-mediated activation of the noncanonical NF-κB pathway (phosphorylation of IKKα and subsequent limited proteolysis of NFKB2) is not essential for the transformation mechanism, given that some BIRC2/3 mutants with full transforming potential failed to activate NF-κB.
It was found that the solvent-induced γ-form was transformed to β-form at 125 °C via a solid-to-solid transformation mechanism.
The possible switching and transformation mechanism is proposed.
The transformation mechanism and the transformation kinetics have been studied.
One is the dissolution and recrystallization mechanism and the other is the in situ transformation mechanism.
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