Multiphase ferrite-bainite-martensite (F-B-M) microstructure was obtained in medium carbon Vmicroalloyed steels using a two-step cooling (TSC) and annealing procedure following by controlled forging (F) and rolling (R). In this paper, we describe electron microscopy study of multiphase steels (FB- M (Forged) and F-B-M (Rolled)) steels subjected to low cycle fatigue loading at high strain amplitude
AbstractThermal transformations on microalloyed steels can produce multiphase microstructures with d...
Total strain-controlled low-cycle fatigue tests were performed at room temperature on a high alloyed...
Total strain-controlled low-cycle fatigue tests were performed at room temperature on a high alloyed...
Multiphase ferrite-bainite-martensite (F-B-M) microstructure was obtained in medium carbon Vmicroall...
A ferrite-bainite-martensite (F-B-M) microstructure was produced in a medium-carbon microalloyed (MA...
In view of their capacity to develop high strength following limited alloying and ease of processing...
In an attempt to improve fatigue and fracture resistance, a multiphase (ferrite–bainite–martensite) ...
The fatigue properties of multiphase steels are an important consideration in the automotive industr...
A multiphase microstructure was obtained in a medium carbon microalloyed steel using two step coolin...
This paper reports the room temperature monotonic and cyclic stress-strain (CSS) response, the low a...
A C---Mn---Si dual-phase steel has been heat-treated to yield three different microstructures - a di...
An electron backscatter diffraction (EBSD) study of the microstructure of TRIP steel during fatigue ...
The widespread introduction of multiphase sheet steels in the automotive industry has led to conside...
This paper discusses the formation of microstructures with different volume fractions, as an outcome...
Thermal transformations on microalloyed steels can produce multiphase microstructures with different...
AbstractThermal transformations on microalloyed steels can produce multiphase microstructures with d...
Total strain-controlled low-cycle fatigue tests were performed at room temperature on a high alloyed...
Total strain-controlled low-cycle fatigue tests were performed at room temperature on a high alloyed...
Multiphase ferrite-bainite-martensite (F-B-M) microstructure was obtained in medium carbon Vmicroall...
A ferrite-bainite-martensite (F-B-M) microstructure was produced in a medium-carbon microalloyed (MA...
In view of their capacity to develop high strength following limited alloying and ease of processing...
In an attempt to improve fatigue and fracture resistance, a multiphase (ferrite–bainite–martensite) ...
The fatigue properties of multiphase steels are an important consideration in the automotive industr...
A multiphase microstructure was obtained in a medium carbon microalloyed steel using two step coolin...
This paper reports the room temperature monotonic and cyclic stress-strain (CSS) response, the low a...
A C---Mn---Si dual-phase steel has been heat-treated to yield three different microstructures - a di...
An electron backscatter diffraction (EBSD) study of the microstructure of TRIP steel during fatigue ...
The widespread introduction of multiphase sheet steels in the automotive industry has led to conside...
This paper discusses the formation of microstructures with different volume fractions, as an outcome...
Thermal transformations on microalloyed steels can produce multiphase microstructures with different...
AbstractThermal transformations on microalloyed steels can produce multiphase microstructures with d...
Total strain-controlled low-cycle fatigue tests were performed at room temperature on a high alloyed...
Total strain-controlled low-cycle fatigue tests were performed at room temperature on a high alloyed...
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