Researches on the Influence of Chemical Composition Regarding the Physical-Mechanical Characteristics of Steel for the Manufacture of Monobloc Wheels

Constantin Andronache; Ana Virginia Socalici; Lucia Vilceanu; T. Hepuţ

doi:10.4028/www.scientific.net/SSP.188.352

Paper Titles

Chill (Carbide) Control in Low Sulphur Electric Melt Grey Cast Irons
p.324

Analysis of Machinability of Ti- and Ni-Based Alloys
p.330

Increase the Ingots Quality Cast in Vacuum
p.339

Complex Characterization of a New Low Ni Maraging Steel with Enhance Service Stability
p.346

Researches on the Influence of Chemical Composition Regarding the Physical-Mechanical Characteristics of Steel for the Manufacture of Monobloc Wheels
p.352

Physical Properties of Magnetorheological Fluid Dampers
p.361

Researches Regarding Elaboration of Barium Hexaferrite from Microwave Heating
p.369

Empirical Determination of the Diffusion Coefficient of Carbon in Austenite in Carburizing Phase of the Gas-Carburizing-Sintering Process
p.376

Research of the Milling Time Influence on Ag-Cu Powder Particles Size Processed by Mechanical Alloying Route
p.382

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Researches on the Influence of Chemical Composition Regarding the Physical-Mechanical Characteristics of Steel for the Manufacture of Monobloc Wheels

Abstract:

Mechanical characteristics required for the manufacture of steel wheels piece of property gives it a combination of toughness with wear and fatigue resistance, so that rail movement to take place safely. Quality steels, physical-mechanical characteristics that are influenced by chemical composition, practical content elements influence positive and negative. This paper presents the correlations obtained by industrial processing in Excel and Matlab programs between chemical composition and physical-mechanical characteristics of steel components for the manufacture of rolling stock.