Commercial dual-phase (DP) steel in sheet form and comprised of ferrite, martensite, and
bainite was subjected to uniaxial tension up to fracture. The damage characteristics were …

Dual-phase steels (DP) are well suited for automotive application due to their attractive
mechanical properties, such as high strength and good formability. These properties are …

This paper describes the main results obtained from a detailed experimental investigation
into the dislocation and twinned structures that develop in dual phase (DP) steel sheets. In …

Effects of the intercritical heat treatment (IHT) on microstructural evolution and Charpy
impact fracture behavior of a high-strength low-alloy (HSLA) steel were investigated. The …

In situ tensile tests at various temperatures, ranging from 25 to 750° C, were conducted on
an austenitic–ferritic cast duplex stainless steel (CDSS) to investigate both the plastic …

This work investigates the gas metal arc welding (GMAW) process of high strength hot rolled
dual phase sheet steel and discusses the modelling techniques. The thermocycles during …

This paper investigates dual-phase (DP) steel's formability and microscopic deformation
mechanism under electric-pulse triggered energetic materials forming (ETEF). It provides …

Microalloyed low-carbon steels are used for line pipe applications as they combine high
strength and acceptable fracture toughness with good weldability. During multi-pass …

Damage in a dual phase steel was measured using in situ high-resolution X-ray absorption
tomography. A comparison with the behavior of its two constituents ferrite and martensite …

AISI 4340 steel is a medium hardness and moderate strength alloy, finds application in
different heat treatment conditions. Commercially available AISI 4340 steel can be subjected …