Dependence of micromechanical behaviours on grain orientation and size in a nanoscale C11b precipitate-strengthened Ni-23Cr-16Mo pillar via micro-pillar …

L Yuan, F Gou, D Sun, Z Li, Y Xue, B Gan - Materials Science and …, 2023 - Elsevier
Long-range order (LRO) precipitate-strengthening is an important strategy that endows a
superior strength-ductility combination in Ni-based alloys. However, the micromechanical …

Deformation mechanisms of β-Li in Mg–Li dual-phase alloy and effects of surface oxide layer

J Li, L Jin, S Yi, X Zhang, J Dong, M Luo - Materials Science and …, 2024 - Elsevier
This study investigates the deformation mechanisms of β-Li micropillar prepared from a Mg–
7Li dual-phase alloy with or without surface oxide layer. The β-Li micropillar with three cross …

[HTML][HTML] Effect of Cr content on thermally activated deformation in single-crystal micropillars of Fe–Cr binary alloys

T Zhu, N Takata, D Kim, M Kobashi, M Yoshino… - Materials Science and …, 2024 - Elsevier
This study identifies the role of solute Cr in the thermal activation process in the plastic
deformation of α-(Fe, Cr) ferrite (BCC solid solutions) using micropillar compression tests for …

[HTML][HTML] Influence of Dislocation Substructure on Size-Dependent Strength of High-Purity Aluminum Single-Crystal Micropillars

N Takata, S Uesugi, T Zhu, S Takeyasu… - Materials …, 2023 - jstage.jst.go.jp
In order to understand the influence of dislocation substructures on the size-dependent
strength (smaller is stronger) of micron-sized metals, we have fabricated single-crystal …

Dependence of Micromechanical Behaviours on Grain Orientation and Size in a Nanoscale C11b Order Phase-Strengthened Ni-23cr-16mo Pillar Via Micro-Pillar …

L Yuan, F Gou, D Sun, Z Li, Y Xue, B Gan - Available at SSRN 4327370 - papers.ssrn.com
Explosive growth in the use of small-volume materials is driving the exploration of sample-
size/orientation-dependent mechanical behavior. High-density long-range order (LRO) …