Microstructure distribution and bending fracture mechanism of 65Mn steel in the laser surface treatment-Reference-Cited by-同舟云学术

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Microstructure distribution and bending fracture mechanism of 65Mn steel in the laser surface treatment

Published:2022-08 Issue: Volume:850 Page:143568
ISSN:0921-5093
Container-title:Materials Science and Engineering: A
language:en
Short-container-title:Materials Science and Engineering: A

Author:

Li Zhen-xing,Chen Jin-shan,Wang Xiao-nan,Shen Xin-jun,Cen Yi-ming,Chen Jie,Chu Ya-jie,Han Yu-jun

Publisher

Elsevier BV

Subject

Mechanical Engineering,Mechanics of Materials,Condensed Matter Physics,General Materials Science

Reference37 articles.

1. A study of the wear resistance of chromium cladding by dry friction on steel and an abrasive;Korotkov;J. Frict. Wear,2020

2. Microstructure and properties of modified layer on the 65Mn steel surface by pulse detonation-plasma technology;Yu;J. Mater. Eng. Perform.,2021

3. Wear and friction characteristics of 65Mn steel for spike-tooth harrow;Lu;Coatings,2021

4. Effect of nano-La2O3 doping on the tribological behavior of laser cladded WC-12Co coating on 65Mn steel under water lubrication condition;Chen;Tribol. Int.,2022

5. Super strength of 65Mn spring steel obtained by appropriate quenching and tempering in an ultrafine grain condition;Wang;Mater. Sci. Eng. A,2019

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1. Achieving the hardness-ductility balance of laser quenching process via thermal cycling;Materials Chemistry and Physics;2024-08

2. Surface heterostructuring in laser-treated alloys through local austenitization for high strength and formability;Materials Research Letters;2024-06-10

3. Revealing the Enhancement Mechanism of Laser Cutting on the Strength–Ductility Combination in Low Carbon Steel;Metals;2024-05-02

4. Microstructure, phase composition and wear properties of iron-based gradient coatings by laser cladding on 65Mn steel;Surface and Coatings Technology;2024-02

5. Control of the metallographic and mechanical properties of Cr8 cold-work die steel by laser continuous/dispersed quenching;Pacific-Rim Laser Damage 2023: Optical Materials for High-Power Lasers;2023-12-23

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