A Mechanism of Carbon-Cluster Strengthening though Atomic Simulations

Shimokawa, Tomotsugu; Yasui, Kiichiro; Niiyama, Tomoaki; Kinoshita, Keisuke; Sawada, Hideaki

doi:10.2320/jinstmet.j2019036

Cited by 1 publication

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“…11 (2020) pp. 21392148) 5,13) To investigate the reason why low-carbon steels with carbon-clusters shows the maximum strength during lowtemperature aging, 34) interactions between an edge dislocation and carbon clusters are performed through molecular dynamics (MD) simulations. 35,36) Carbon clusters are modeled based on atom probe tomography (APT) observations.…”

Section: "A Mechanism Of Carbon-cluster Strengtheningmentioning

confidence: 99%

“…4 Prediction of critical shear stresses for dislocation to pass through carbon clusters with different diameters by three types of dislocationcarbon cluster interaction mechanisms. 5,13) Fig. 5 Overview of the prediction method for grain boundary segregation using the nano-polycrystalline grain boundary model.…”

Section: "A Mechanism Of Carbon-cluster Strengtheningmentioning

confidence: 99%

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Best Papers Awarded in 2021 by <i>Materials Transactions</i>

Horita¹

2022

Mater. Trans.

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This paper introduces the 11 best papers awarded in 2021 by Materials Transactions. Their brief summaries are given to overview current research areas. The best papers were carefully selected from the 6 different research areas such as (1) materials physics, (2) microstructures of materials, (3) mechanics of materials, (4) materials chemistry, (5) materials processing, and (6) engineering materials and their applications. Six out of the 11 best papers are those specially selected for young scientists whose ages are 35 or below. An important trend in the year of 2020 is that four out of the 11 best papers are concerned with high-entropy alloys, reflecting current research based on a national project.

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