In this investigation, the effect of Al addition on the microstructural evolution, mechanical
properties, wear behavior/mechanism of an Fe–14% Mn–1.05% C steel was studied. For …

In the present work the influence of Carbon and Manganese on the microstructure and the
mechanical properties of high manganese austenitic steel was investigated. Microstructural …

In this study, the hot rolled medium manganese steel containing titanium was solution
treated at 1,000° C and followed by aging treatment at 500, 550, and 600° C. The influence …

The present paper analyzes the effect of the chemical composition and heat treatments on
the microstructure and wear resistance of manganese steels. The studied steels are melted …

Hadfield manganese steel is the first choice by the mining and mineral processing industries
because of its high work hardening rate, high wear resistance, ductility, and toughness …

The effect of shot peening treatment on dry sliding wear behavior of medium manganese
steel in as-hot rolled and solution-aging states were studied. The results show that before …

The current study aims to define a welding technology that allows for the repair of normal
and heat-treated rails in paved tracks with partial dismantling and partial preheating in such …

Hadfield steel, under unit pressure conditions, strengthens itself by forming a high density
dislocation structure, which results in increased resistance to dynamic impact wear …

The characteristics of the Fe-10.5 Mn-1.3 Mo-2.5 Ni steel alloy results of casting were further
investigated after a heat treatment process was carried out through 2 stages, namely heating …

To investigate the role of different distribution forms of Fe–Cr–C cladding layer in the impact
abrasive wear performance of Hadfield steel, the over-lapped Fe–Cr–C cladding layer and …