An excellent combination of elongation over 30% and high strength about 100 kgf/mm2 is
achieved in processing of a 0.4 C-1.5 Si-0.8 Mn steel by intercritical annealing, rapid cooling …

Processing peculiarities and functions of alloying elements, such as Si and Mn, were studied
for improving formability of steel sheets with mixed microstructures. Annealing a sheet steel …

This study aims to investigate the fabrication feasibility of a conventionally rolled low-carbon
low-alloy shipbuilding steel plate (EH36) by emerging wire arc additive manufacturing …

Varying cooling rates are used to investigate the influence of martensite-austenite (MA)
microconstituent on the mechanical properties of X80 linepipe steel after intercritical …

The effect of phosphorus and silicon on the formation of retained austenite has been
investigated in a low-carbon steel cold rolled, intercritically annealed, and isothermally held …

This paper describes the metallurgical science used to develop a new, weldable, high-
strength linepipe (X120) for the transport of natural gas. A domain-based microstructure …

The object of the present work is to investigate the effect of cooling rate on microstructure
and mechanical properties of AISI 1020, AISI 1040 and AISI 1060 steels. The samples were …

The so-called ausforming treatment consists in plastically deforming a fully austenitized steel
below the recrystallization stop temperature, prior to either a martensitic or a bainitic …

The main emphasis of this study has been placed on understanding the effects of
manganese and silicon additions and of heat-treatment (intercritical annealing and …

This chapter contains detailed theoretical analysis and experimental data on the relationship
of structure parameters of dual-phase steels (volume fraction and hardness of martensite …