Neutron diffraction experiments were performed on dual-phase steels to determine the feasibility of measuring the martensite volume fraction through ferrite peak broadening. Mechanical properties were also investigated to determine if a correlation exists with ferrite peak broadening. Results indicate that the correlation between martensite volume fraction and ferrite peak broadening is carbon dependent. Furthermore, two mechanisms regarding the nature of the ferrite peak broadening in dual-phase steels are proposed. Tensile testing demonstrated that a correlation between peak broadening and mechanical properties exists for dual-phase steels
A dislocation model, accurately describing the uniaxial plastic stress-strain behavior of dual phase...
Dual phase (DP) steels in which the microstructures are composed of a soft ferrite phase and a hard ...
Controlled austenite decomposition in a cold-rolled steel was carried out in a hot-dip process simul...
Neutron diffraction experiments were performed on dual-phase steels to determine the feasibility of ...
Previous use of the diffraction technique as a means of characterizing microstructure in multiphase ...
The yielding and work-hardening behavior of ferrite- martensite type dual-phase (DP) alloys were cle...
Neutron diffraction measurements were used to obtain a better understanding of the ageing behaviour ...
The load transfer among ferrite orientations and between ferrite and martensite was analysed in DP 6...
The load transfer among ferrite orientations and between ferrite and martensite was analysed in DP 6...
Strength and work-hardening in steels have been discussed from the viewpoint of heterogeneous deform...
During the production of DP steels, the volume expansion and shape change accompanying the austenite...
X-ray and neutron diffraction line broadening measurements have been carried out on a modified marte...
X-ray and neutron diffraction line broadening measurements have been carried out on a modified marte...
With the goal of real-space mapping of dislocation information using a wavelength-resolved (spectros...
自動車用鋼板の開発に新しい道筋 --先端鉄鋼「TRIP鋼」の引張力に対するふるまいを実験的に解明--. 京都大学プレスリリース. 2018-02-27.Two TRIP-aided multiphas...
A dislocation model, accurately describing the uniaxial plastic stress-strain behavior of dual phase...
Dual phase (DP) steels in which the microstructures are composed of a soft ferrite phase and a hard ...
Controlled austenite decomposition in a cold-rolled steel was carried out in a hot-dip process simul...
Neutron diffraction experiments were performed on dual-phase steels to determine the feasibility of ...
Previous use of the diffraction technique as a means of characterizing microstructure in multiphase ...
The yielding and work-hardening behavior of ferrite- martensite type dual-phase (DP) alloys were cle...
Neutron diffraction measurements were used to obtain a better understanding of the ageing behaviour ...
The load transfer among ferrite orientations and between ferrite and martensite was analysed in DP 6...
The load transfer among ferrite orientations and between ferrite and martensite was analysed in DP 6...
Strength and work-hardening in steels have been discussed from the viewpoint of heterogeneous deform...
During the production of DP steels, the volume expansion and shape change accompanying the austenite...
X-ray and neutron diffraction line broadening measurements have been carried out on a modified marte...
X-ray and neutron diffraction line broadening measurements have been carried out on a modified marte...
With the goal of real-space mapping of dislocation information using a wavelength-resolved (spectros...
自動車用鋼板の開発に新しい道筋 --先端鉄鋼「TRIP鋼」の引張力に対するふるまいを実験的に解明--. 京都大学プレスリリース. 2018-02-27.Two TRIP-aided multiphas...
A dislocation model, accurately describing the uniaxial plastic stress-strain behavior of dual phase...
Dual phase (DP) steels in which the microstructures are composed of a soft ferrite phase and a hard ...
Controlled austenite decomposition in a cold-rolled steel was carried out in a hot-dip process simul...