Ductile inclusions in rail, subject to compressive rolling–sliding contact - Garnham, J.E.; Ding, R.-G.; Davis, C.L. (Wear, 2010)
Keywords: Applied sciences; Contact; Ductile brittle transition; Embrittlement; Exact sciences and technology; Fracture mechanics (crack, fatigue, damage...); Friction, wear, lubrication; Fundamental areas of phenomenology (including applications); Inclusions; Machine components; Mechanical engineering. Machine design; Microstructure; MnS based inclusions; Physics; Rail steels; Rails; Rail–wheel tribology; Rolling contact fatigue; Solid mechanics; Steel; Structural and continuum mechanics; Wear; Rail–wheel tribology; Rolling contact fatigue; Steel; MnS based inclusions; Microcrack; Solid inclusion; Ion beam; Rail steel; Surface structure; Optical microscopy; Rail; Ductile material; Rail transportation; Rail-wheel tribology; Rolling sliding contact; Fretting fatigue; Brittle material; Mechanical contact; Rolling wear; Pearlitic steel; Experimental study; Electron microscopy; Contact surface; Fatigue crack; Stick slip; Microstructure; Tribology