Real-time in situ neutron diffraction was used to investigate the loading-direction
dependence of phase-specific load sharing in a cold-rolled TRIP 780 sheet steel under …

The micromechanics of the formability of a lean duplex TRIP steel was investigated using
Synchrotron X-Ray Diffraction (S-XRD) measurements and Crystal Plasticity Finite Element …

The deformation behavior of monolithic modified 9Cr-1Mo (Grade 91) steel during uniaxial
tensile loading was studied using the in situ neutron diffraction technique. The residual …

Real-time in situ neutron diffraction was used to characterize the crystal structure evolution
in a transformation-induced plasticity (TRIP) sheet steel during annealing up to 1000° C and …

Microstructural changes and their relations to mechanical properties in drawn dual-phase
steels were investigated by performing tensile tests and microstructural examination with …

Recently, much attention has been paid to studying the micromechanical behavior of
multiphase materials by virtue of their extensive engineering applications. A strong …

Tensile behavior was investigated by using in situ TOF neutron diffraction comparatively for
ferritic steels; ferrite (F), as-quenched martensite (QM), tempered martensite (TM) and …

Common alloys used in sheet form can display a significant ductility benefit when they are
subjected to certain multiaxial strain paths. This effect has been studied here for a …

The micromechanical behavior of high-strength steels with multiple phases was
characterized using the in situ high-energy X-ray diffraction technique. For the materials …

Tensile behavior of two commercially available TRIP aided dual phase steels was studied
by means of in situ time of flight neutron diffraction. The deformation was characterized by …