The effects of isothermal and pre-transformation temperatures on the microstructure and
mechanical properties of ultrafine bainitic steels are investigated and theoretically analyzed …

Abstract Electro-Magneto-Chemistry is a novel scientific approach in which electrochemical
investigations were carried out in an externally applied magnetic field. Moreover, graphene …

This article reports that the uniformity of the alloy steel 20Cr2Ni4A is improved by using
pulsed magnetic treatment. The pulsed magnetic field with 1, 4 and 9T was applied on the …

In this work, the microstructural evolution and mechanical properties of aviation M50 steel
under a novel quenching-electroshocking-tempering (QET) process were investigated …

Nickel can enhance the elevated temperature property of Al alloys, but blocky and
aggregated Ni-rich intermetallic induced by high Ni content can seriously reduce the …

ZL205A alloys tend to form disordered and defective microstructure due to the large
solidification intervals and multi-phase. Accordingly, finding ways to effectively optimize the …

Porosity is a major casting defect in alloys with large solidification intervals due to the
disordered microstructure and broad mushy zones, which decreases badly the mechanical …

Laser shock peening is widely used in mechanical property improvements of metallic
materials. One concerning factor is the nonuniformity of mechanical properties and …

The interplay between ausforming strain level applied prior to austempering step and bainite
transformation kinetic as well as plastic deformation mechanism of nanostructured bainitic …

We present a macroscale constitutive model that couples magnetism with thermal, elastic,
plastic, and damage effects in an Internal State Variable (ISV) theory. Previous constitutive …