yesProspects of commercial use of new-generation martensitic thermomechanical steels created on the basis of Fe - 11% Cr steels are considered. The physical causes of degradation of mechanical properties in the process of creep of these steels at ≥590°C are studied in detail. It is shown that the degradation is connected with formation of the Z-phase. The mechanisms of formation of the phase are describedBelgorod State Universit
E911 creep samples exposed to temperatures of 600˚C, 625˚C and 650˚C at differing stress levels were...
Fossil-fuel fired steam power plants provide more than 60% of the electricity generated worldwide, a...
materials development for advanced fossil-fired power plant, with emphasis on the creep rupture prop...
Prospects of commercial use of new-generation martensitic thermomechanical steels created on the bas...
In this study, the long term creep strength behavior of commercial heat resistant martensitic/ferrit...
The Z-phase (CrVN) precipitation in a 9% Cr-3% Co martensitic steel during creep at 923 K and 948 K ...
Precipitation of Z phase contributes significantly to degradation of creep properties of 12CrMoVNb s...
The size and distribution of Cr(V,Nb)N (Z-phase) particles in a 9Cr-3Co-2W-0.6Mo-0.1Ni-0.2V-0.06Nb-0...
The mechanism of the nucleation of Z-phase (CrVN) particles in a martensitic 10Kh9K3V2MFBR steel (9 ...
The influence of the temperature, applied stress, degree of creep deformation, and aging time on the...
In order to increase the corrosion resistance and simultaneously maintain the creep resistance of 9–...
This work aids the development of a new generation of martensitic steels that enable working conditi...
High-chromium martensitic steels are one of the basic creep-resisting construction materials used fo...
E911 creep samples exposed to temperatures of 600˚C, 625˚C and 650˚C at differing stress levels were...
A new alloy design concept for martensitic / ferritic steels aiming for 650\ub0C – the Zphasestrengt...
E911 creep samples exposed to temperatures of 600˚C, 625˚C and 650˚C at differing stress levels were...
Fossil-fuel fired steam power plants provide more than 60% of the electricity generated worldwide, a...
materials development for advanced fossil-fired power plant, with emphasis on the creep rupture prop...
Prospects of commercial use of new-generation martensitic thermomechanical steels created on the bas...
In this study, the long term creep strength behavior of commercial heat resistant martensitic/ferrit...
The Z-phase (CrVN) precipitation in a 9% Cr-3% Co martensitic steel during creep at 923 K and 948 K ...
Precipitation of Z phase contributes significantly to degradation of creep properties of 12CrMoVNb s...
The size and distribution of Cr(V,Nb)N (Z-phase) particles in a 9Cr-3Co-2W-0.6Mo-0.1Ni-0.2V-0.06Nb-0...
The mechanism of the nucleation of Z-phase (CrVN) particles in a martensitic 10Kh9K3V2MFBR steel (9 ...
The influence of the temperature, applied stress, degree of creep deformation, and aging time on the...
In order to increase the corrosion resistance and simultaneously maintain the creep resistance of 9–...
This work aids the development of a new generation of martensitic steels that enable working conditi...
High-chromium martensitic steels are one of the basic creep-resisting construction materials used fo...
E911 creep samples exposed to temperatures of 600˚C, 625˚C and 650˚C at differing stress levels were...
A new alloy design concept for martensitic / ferritic steels aiming for 650\ub0C – the Zphasestrengt...
E911 creep samples exposed to temperatures of 600˚C, 625˚C and 650˚C at differing stress levels were...
Fossil-fuel fired steam power plants provide more than 60% of the electricity generated worldwide, a...
materials development for advanced fossil-fired power plant, with emphasis on the creep rupture prop...