Ultra-high strength alloys with good ductility are ideal materials for lightweight structural
application in various industries. However, improving the strength of alloys frequently results …

The work deals with the thermodynamic calculations of precipitation processes in austenite
of the Nb–Ti-microalloyed steel with increased Si and Al content dedicated for the …

Prediction of microstructure evolution and properties of ultrafine-grained materials is one of
the most significant problems in materials science. Cellular automata (CA) method is able for …

In this study, large-scale molecular dynamic simulations were performed to analyze the
dislocation substructure interaction with various types of obstacles present in microalloyed …

This paper presents a three-dimensional frontal cellular automaton (FCA)-based model for
modelling of microstructure evolution during technological processes. It is a hierarchical …

This chapter is a review of the technique of severe plastic deformation, which converts
coarse-grained metals into ultrafine-grained metals possessing a range of enhanced …

使用电子背散射衍射技术研究了低C 高Mn 高Nb 成分设计下, 非再结晶奥氏体变形及加速冷却
速率对低碳贝氏体组织取向差特征和大角晶界分布的影响. 结果表明, 与原奥氏体晶粒内部的相 …

The aim of the work is development of industry guidance concerning production of ultrafine-
grained (UFG) High Strength Low Alloy (HSLA) steels using strain-induced dynamic phase …

Aspects of the mechanical behaviour of microalloyed steels characterised by grain
refinement due to large plastic deformation are discussed. The studies presented in this …

The gas cylinders for tube trailers are constructed with SAE 4130X steel. They have high
strength and toughness characteristics, but the microstructure of cylinder material may …