The coarsening of Laves phase in a Re-containing 10% Cr-3% Co-3% W steel during both creep and ageing at 923 K was investigated. The depletion of W solutes from the ferrite matrix is accompanied with the precipitation of Laves phase, wherein creep strain accelerates both these processes. The equilibrium W content in the ferritic matrix of 1.24 wt% and the volume fraction of Laves phase of 1.6% is reached after 500 h of creep and 1000 h of agein
The purpose of this study is to identify the relationships between the creep behavior of the 10% Cr ...
This paper reports on the formation of an Mo-rich Laves phase during high-temperature exposure and c...
9-12% Cr martensitic steels are promising materials for elements of boilers, tubes, pipes, heaters a...
Long term precipitation and coarsening of Laves-phase in tungsten strengthened 9% Cr steel under the...
A low-nitrogen 10% Cr martensitic steel containing 3% Co and 0.008% B was shown to exhibit an extrem...
The creep behavior of a 3%Co modified P92-type steel with high content of boron and low content of n...
Five Co-modified P92-type steels with different contents of Cr,W, Mo, B, N, and Re have been examine...
A 9%Cr-3%Co steel with high B and low N contents exhibits creep strength breakdown at a temperature ...
The nucleation of the Laves phase particles in a Re-containing 10% wt. Cr-3% Co-3% W steel with a lo...
The influence of Laves phase in the microstructure on the creep strength of a modified 9Cr-1Mo tempe...
The influence of Laves phase (type Fe 2W) formation and growth kinetics on the creep strength at 650...
New Re-containing steel is a promising material for steam blades of fossil power plants worked at ul...
The influence of Laves phase in the microstructure on the creep strength of a modified 9Cr-1Mo tempe...
The Z-phase (CrVN) precipitation in a 9% Cr-3% Co martensitic steel during creep at 923 K and 948 K ...
A 12%Cr martensitic/ferritic steel was designed and produced to study Laves and Z-phase as precipita...
The purpose of this study is to identify the relationships between the creep behavior of the 10% Cr ...
This paper reports on the formation of an Mo-rich Laves phase during high-temperature exposure and c...
9-12% Cr martensitic steels are promising materials for elements of boilers, tubes, pipes, heaters a...
Long term precipitation and coarsening of Laves-phase in tungsten strengthened 9% Cr steel under the...
A low-nitrogen 10% Cr martensitic steel containing 3% Co and 0.008% B was shown to exhibit an extrem...
The creep behavior of a 3%Co modified P92-type steel with high content of boron and low content of n...
Five Co-modified P92-type steels with different contents of Cr,W, Mo, B, N, and Re have been examine...
A 9%Cr-3%Co steel with high B and low N contents exhibits creep strength breakdown at a temperature ...
The nucleation of the Laves phase particles in a Re-containing 10% wt. Cr-3% Co-3% W steel with a lo...
The influence of Laves phase in the microstructure on the creep strength of a modified 9Cr-1Mo tempe...
The influence of Laves phase (type Fe 2W) formation and growth kinetics on the creep strength at 650...
New Re-containing steel is a promising material for steam blades of fossil power plants worked at ul...
The influence of Laves phase in the microstructure on the creep strength of a modified 9Cr-1Mo tempe...
The Z-phase (CrVN) precipitation in a 9% Cr-3% Co martensitic steel during creep at 923 K and 948 K ...
A 12%Cr martensitic/ferritic steel was designed and produced to study Laves and Z-phase as precipita...
The purpose of this study is to identify the relationships between the creep behavior of the 10% Cr ...
This paper reports on the formation of an Mo-rich Laves phase during high-temperature exposure and c...
9-12% Cr martensitic steels are promising materials for elements of boilers, tubes, pipes, heaters a...