The study discusses the subject of a temperature change of TWIP steels during their
deformation as a result of a conversion of the plastic deformation work into heat, based on a …

The sequential twinning-induced plasticity (TWIP) and transformation-induced plasticity
(TRIP) effects were induced in a commercial AISI 304L stainless steel by tailoring the …

The processing maps developed by dynamic material modelling (DMM) method are now
widely used in the design of hot forming processes. However, this applies to those …

One of the most important factor affecting properties of TWIP steels is the heat generated
from plastic work during deformation. As the significant temperature rise can lead to a …

This article performs a complex analysis of the production of ceramic roof tiles from a plastic
mass based mainly on clay with additions, subjected to the successive stages of the …

Abstract Effects of reduced (–40° C), ambient (20° C), and elevated (200° C) deformation
temperatures on the microstructure evolution and strain hardening behavior of two low-C …

In the long-term use of high manganese steels, it is not desirable to achieve wear resistance
by austenite deformation strengthening alone. The wear resistance of high manganese steel …

Gradient structured metallic materials are attracting increasing attention because of their
excellent properties. However, with existing manufacturing techniques, most reported …

The article deals with novel hybrid layers combining hardfacing and nitriding to improve
forging tool durability. It includes a study of the nitriding capabilities of hardfacings made of …

The paper shows a significant influence of the multi-stage wire drawing technology on
deformability and phase transformations in the zinc coating. SEM tests proved that the …