Rate-dependent size effects and material length scales in nanoindentation near the grain boundary for a bicrystal FCC metal - Concepedia

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Rate-dependent size effects and material length scales in nanoindentation near the grain boundary for a bicrystal FCC metal

50

Citations

35

References

2016

Year

Cheng Zhang, George Z. Voyiadjis

Materials Science and Engineering A

Materials ScienceRate-dependent Size EffectsEngineeringSevere Plastic DeformationGrain BoundaryApplied PhysicsMetallurgical InteractionNanoscale ModelingMicrostructure-strength RelationshipMaterial Length ScalesPlasticityNanomechanicsMechanics Of MaterialsMicrostructure

References

	Year	Citations

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