Physical Sciences → Materials Science → Materials Chemistry
Microstructure and mechanical properties
This cluster of papers focuses on the synthesis, characterization, and mechanical properties of nanomaterials, particularly nanocrystalline metals, produced through severe plastic deformation techniques. It explores the effects of grain refinement, grain boundary engineering, and size-dependent deformation mechanisms on the strength and ductility of these materials.
73.8K works worldwide1.7M citations
Nanocrystalline MaterialsSevere Plastic DeformationGrain RefinementStrength and DuctilityMetal ProcessingCrystal PlasticityGrain Boundary EngineeringAtomistic SimulationSize EffectsDeformation Mechanisms
Journals publishing in this area
1
315h-index
5.65Impact
45.5KArticles
1.8MCitations
2
409h-index
8.08Impact
21.2KArticles
1.6MCitations
3
259h-index
4.96Impact
91.1KArticles
2.3MCitations
4
253h-index
4.65Impact
16.4KArticles
691.7KCitations
7
212h-index
2.50Impact
33.4KArticles
770.3KCitations
9
252h-index
6.91Impact
18.6KArticles
749.2KCitations
10
190h-index
2.27Impact
41.5KArticles
855.2KCitations
11
290h-index
5.78Impact
7.6KArticles
550.7KCitations
12
Journal of materials research/Pratt's guide to venture capital sources
ISSN 0884-1616804 articles in this topic
210h-index
2.18Impact
16.1KArticles
485.2KCitations
13
216h-index
4.91Impact
13.8KArticles
492.7KCitations
14
248h-index
4.01Impact
15.5KArticles
601.7KCitations
15
246h-index
9.4KArticles
513.9KCitations
16
263h-index
2.39Impact
10.6KArticles
681.3KCitations