A Fe-34.5 wt % Mn-0.04 wt % C ultra-high Mn steel with a fully recrystallised fine-grained structure was produced by cold rolling and subsequent annealing. The steel exhibited excellent cryogenic temperature properties with enhanced work hardening rate, high tensile strength, and high uniform elongation. In order to capture the unique mechanical behaviour, a constitutive model within finite str...

Abrasion easily occurs due to the characteristic of usage environment such as oil sands and construction equipment, demand for a steel with excellent wear resistance is increasing in various industries where specific parts are frequently replaced. Recently, by controlling amount manganese, high manganese austenite steels improved low temperature brittleness performance have been developed widel...

This work suggests a method for obtaining heat-resistant protective coatings 08Kh17T stainless steel that can be used as interconnect material solid oxide fuel cells. The suggested approach is based on the layer-by-layer precipitation of nickel, cobalt, and manganese, followed by heat treatment in vacuum oxidizing atmosphere. XRD results show consist mixture metal oxides compounds with spinel s...

Interest in eco-friendly energy is continuously increasing worldwide. LNG a good source with use. has temperature of -165 ℃ and requires low-temperature toughness for the tank material. High manganese austenitic steel similar mechanical properties to cryogenic materials LNG, as listed IGC IGF codes. easily satisfies requirement at exhibits superior performance terms yield strength, tensile elon...