The creep behavior and microstructure of an advanced a Ta-added 9%Cr steel were investigated. The steel is characterized by increased strength in the long-term creep regime, which can be associated with fine dispersion of (Nb,Ta)(C,N) particles. Strengthening of the studied steel due to the fine MX particles was estimated using the Orowan particle strengthening mode
The effect of long-term creep at 600°C under 137 MPa on the microstructure of a P92- type steel was ...
This paper reports the short-term creep behavior at elevated temperatures of a MarBN steel variant. ...
High chromium ferritic steels such as Grade 91 and Grade 92 are extensively used in the power plant ...
The creep behavior of a 3%Co modified P92-type steel with high content of boron and low content of n...
The purpose of this study is to identify the relationships between the creep behavior of the 10% Cr ...
A 9%Cr-3%Co steel with high B and low N contents exhibits creep strength breakdown at a temperature ...
Ta was added to a modified 9%Cr steel with high B and low N content to achieve an optimal dispersion...
A low-nitrogen 10% Cr martensitic steel containing 3% Co and 0.008% B was shown to exhibit an extrem...
9-12% Cr martensitic steels are promising materials for elements of boilers, tubes, pipes, heaters a...
New Re-containing steel is a promising material for steam blades of fossil power plants worked at ul...
Fossil-fuel fired steam power plants provide more than 60% of the electricity generated worldwide, a...
International audienceThe present study proposes a comparison between several martensitic and ferrit...
AbstractReplacement of Mo and Nb by W and Ta in modified 9Cr-1Mo class of steels has been significan...
AbstractThe boundary and sub-boundary hardening is shown to be the most important strengthening mech...
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 effect of long-term creep at 600°C under 137 MPa on the microstructure of a P92- type steel was ...
This paper reports the short-term creep behavior at elevated temperatures of a MarBN steel variant. ...
High chromium ferritic steels such as Grade 91 and Grade 92 are extensively used in the power plant ...
The creep behavior of a 3%Co modified P92-type steel with high content of boron and low content of n...
The purpose of this study is to identify the relationships between the creep behavior of the 10% Cr ...
A 9%Cr-3%Co steel with high B and low N contents exhibits creep strength breakdown at a temperature ...
Ta was added to a modified 9%Cr steel with high B and low N content to achieve an optimal dispersion...
A low-nitrogen 10% Cr martensitic steel containing 3% Co and 0.008% B was shown to exhibit an extrem...
9-12% Cr martensitic steels are promising materials for elements of boilers, tubes, pipes, heaters a...
New Re-containing steel is a promising material for steam blades of fossil power plants worked at ul...
Fossil-fuel fired steam power plants provide more than 60% of the electricity generated worldwide, a...
International audienceThe present study proposes a comparison between several martensitic and ferrit...
AbstractReplacement of Mo and Nb by W and Ta in modified 9Cr-1Mo class of steels has been significan...
AbstractThe boundary and sub-boundary hardening is shown to be the most important strengthening mech...
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 effect of long-term creep at 600°C under 137 MPa on the microstructure of a P92- type steel was ...
This paper reports the short-term creep behavior at elevated temperatures of a MarBN steel variant. ...
High chromium ferritic steels such as Grade 91 and Grade 92 are extensively used in the power plant ...
DOI
Add to ORKG