A commercial ferritic and austenitic duplex stainless steel was severely cold rolled at room
temperature from 50% to 87.5% thickness reduction. The microstructure and microtexture …

The microstructural evolution of a typical coarse-grained 316L stainless steel was explored
with the rolling reduction changed from 0% to 80%. The formation mechanism of the novel …

The effects of aging on the mechanical properties of a heavily cold-rolled ferrite–austenite
duplex stainless steel were systematically investigated. The heterogeneous-nano (HN) …

Abstract Hot-extruded Cu-Zn-Si alloy bars with various chemical compositions were cold-
caliber rolled down to 91.7% reduction at maximum. Heterogeneous nano-structure, in …

Recently, many studies have shown significant attention to high-entropy alloys 2 (HEAs),
and the number of studies on their processing, mechanical properties, and modeling 3 …

Blended elemental powders of Fe and C corresponding to the eutectoid composition of Fe–
0.8 wt% C are subjected to mechanical alloying in a high‐energy SPEX‐8000 shaker mill …

Abstract Changes in the microstructure and various properties of heavily cold-rolled Cu–Zn
system alloys with small amounts of Ag were systematically investigated. While a typical …

抄録 This study develops a crystal plasticity finite element (FE) simulation method that
reproduces mechanical anisotropy caused by the microstructure of rolled materials, such as …

抄録 Hot–extruded Cu–Zn–Si alloy bars with various chemical compositions were cold–
caliber rolled down to 91.7% reduction at maximum. Heterogeneous nano–structure, in …

抄録 Changes in the microstructure and various properties of heavily cold–rolled Cu–Zn
system alloys with added small amounts of Ag were systematically investigated. While a …