The low impact abrasion and low stress sliding wear properties of two thermo-mechanically
processed austenitic high manganese steels (Fe17Mn and Fe17Mn3Al) have been studied …

The effects of elements such as Ni, Mo, Cr, Cu, and V on the wear behaviour of high
manganese steels have been reported extensively. Most researchers agree on the influence …

Wear in rock crushers causes great costs in the mining and aggregates industry. Change of
the geometry of the crusher liners is a major reason for these costs. Being able to predict the …

In this investigation, in-situ precipitation of vanadium carbides was employed to reinforce Fe–
13Mn and Fe–13Mn–3W alloys by means of conventional melting and casting route …

Investigation of the impact behaviour of Hadfield steel has been carried out in a broad range
of strain rates from 10− 3 to 9× 103s− 1 by means of a servo-hydraulic machine and a …

An analytical review of the effect of high-temperature thermomechanical treatment on the
structure and properties of steels as a possible effective method of strengthening the teeth of …

Alloyed high manganese steel is a general type of wear-resistant steel, and its precipitates
and austenite matrix grain sizes play an important role in impact abrasive wear behavior …

This paper is a trial to process austenitic stainless steel of different manganese contents
4.35, 6.48 and 9.27 wt%. The high temperature deformation was in range less than 1200 …

Low alloy steels are processed to fulfill the requirements of low temperature applications.
Besides the chemical composition, the steel should receive a suitable heat treatment to …

It is known that manganese steels respond well in situations where a high wear resistance is
required. The manganese content provides an austenitic structure with both wear resistance …