The influence of laser power on the temperature field and rolling contact fatigue of rail laser additive repair
Authors:
- Jiang LiJLJiang Li
- Wengang FanWFWengang Fan
- Dongyu ZhaoDZDongyu Zhao
- Junjie XuJXJunjie Xu
- Junrui ZhangJZJunrui Zhang
- Zhiao LiuZLZhiao Liu
- 28 November 2025
- journal article
- Published by Elsevier in Engineering Failure Analysis
- Vol. 185
Abstract
No abstract availableFunding Information
- Hebei Provincial Natural Science Foundation (E2023105023)
- Fundamental Research Funds for the Central Universities
- Fundamental Research Funds for the Central Universities (2023JBZY020)
This publication has 11 references indexed in Scilit:
- Optimization of stress-relief heat treatment for overlay weld repair of severely used rail tracks: effects on residual stress, microstructure and wear resistanceMaterials Testing, 2025
- Effects of various laser cladding materials on the tribological properties of damaged wheel treads under various temperatures and humiditiesTribology International, 2024
- Vibration Control of the Rail Grinding Vehicle with Abrasive Belt Based on Structural Optimization and Lightweight DesignChinese Journal of Mechanical Engineering, 2024
- Laser-induction hybrid cladding of different coatings on rail surface: Microstructure, wear properties and contact fatigue behaviorsApplied Surface Science, 2021
- Laser welding 6061 aluminum alloy with laser cladding powderJournal of Laser Applications, 2021
- Effect of solid and annular laser heat sources on thermal cycle and solid phase transformation in rail steel manufactured by laser directed energy depositionJournal of Laser Applications, 2021
- Corrosion of rail tracks and their protectionCorrosion Reviews, 2020
- Additive manufacturing frontier: 3D printing electronicsOpto-Electronic Advances, 2018
- Investigation of residual stresses in a repair‐welded rail head considering solid‐state phase transformationFatigue & Fracture of Engineering Materials & Structures, 2016
- Prediction of residual stresses in low carbon bainitic–martensitic railway wheels using heat transfer coefficients derived from quenching experimentsComputational Materials Science, 2013