A martensitic microalloyed steel, 25Si2MnCrMo, was developed to meet the demands of the high-strength bars.Microstructure and mechanical properties of the steel
Iron aluminides exhibit good resistance to high-temperature sulfidizing and oxidizing environments and potential for structural applications at high temperature
Ti(C,N)/TiN multi-element-layer films was deposited on aluminium alloy substrates by using multi-arc ion plating. The microhardness of the films was 2000HV0.1 w
Computer analysis based on computational thermal principles to predict the transformation kinetics in steels at varying temperatures is of great practical impor
The structural and phase transformations occurring in the near-surface layers of pre-quenched W6Mo5Cr4V2high-speed steel (HSS) subjected to intensity pulsed ion