Add to ORKGThe grain boundary structure is usually described by the coincidence site lattice (CSL) model based on the misorientation of adjoining crystals. Therefore, the objective of the present investigation is to seek the correlation between CSL fraction and creep resistance of modified 9Cr–1Mo steel (P91) with and without boron addition. Results showed that CSL fraction increases with increase in heat treatment temperature and this increase is more prominent in boron containing modified 9Cr–1Mo steel. Creep test results show the increase in creep rupture life with increase in CSL fraction for both the base metals; but this increase is more in boron containing steel than the boron free steel. This improvement is attributed to the stability of CSL b...
This paper examines the creep properties of modified 9-12 % Cr steels, especially the P91 grade. Thi...
The novel perspective of this paper was to restore the grain boundary (GB) hardening effect in inter...
The weldments made from the 9-12% Cr tempered martensitic steel are associated with a complex micros...
The grain boundary structure is usually described by the Coincidence Site Lattice (CSL) model based ...
AbstractThe grain boundary structure is usually described by the coincidence site lattice (CSL) mode...
AbstractBoron is added to creep resistant 9CrMo Ferritic steel to overcome the problem of type IV cr...
The inducement of this paper was to discuss the novel perspective in establishing true creep-hardeni...
One of the promising ways for mitigation of Type IV cracking – a failure by cracking ...
The microstructural evolution in the heat-affected zones (HAZs) of boron-added modified 9Cr-1Mo stee...
The creep strength and microstructure of the weld joint of the modified P911-type steel has been stu...
AbstractTwo different heats of modified 9Cr-1Mo steel, one without boron (P91) and the other with co...
Modified 9Cr1MoVNb steel popularly known as Grade P91 is a creep resistant Ferritic steel used in di...
Boron is a added to creep resistant 9CrMo Ferritic steel to overcome the problem of type IV cracking...
Ferritic-Martensitic alloys are expected to play a major role in supercritical water reactor interna...
This research concerns weldments in P91 steel and their creep behaviour. Its scope covers three main...
This paper examines the creep properties of modified 9-12 % Cr steels, especially the P91 grade. Thi...
The novel perspective of this paper was to restore the grain boundary (GB) hardening effect in inter...
The weldments made from the 9-12% Cr tempered martensitic steel are associated with a complex micros...
The grain boundary structure is usually described by the Coincidence Site Lattice (CSL) model based ...
AbstractThe grain boundary structure is usually described by the coincidence site lattice (CSL) mode...
AbstractBoron is added to creep resistant 9CrMo Ferritic steel to overcome the problem of type IV cr...
The inducement of this paper was to discuss the novel perspective in establishing true creep-hardeni...
One of the promising ways for mitigation of Type IV cracking – a failure by cracking ...
The microstructural evolution in the heat-affected zones (HAZs) of boron-added modified 9Cr-1Mo stee...
The creep strength and microstructure of the weld joint of the modified P911-type steel has been stu...
AbstractTwo different heats of modified 9Cr-1Mo steel, one without boron (P91) and the other with co...
Modified 9Cr1MoVNb steel popularly known as Grade P91 is a creep resistant Ferritic steel used in di...
Boron is a added to creep resistant 9CrMo Ferritic steel to overcome the problem of type IV cracking...
Ferritic-Martensitic alloys are expected to play a major role in supercritical water reactor interna...
This research concerns weldments in P91 steel and their creep behaviour. Its scope covers three main...
This paper examines the creep properties of modified 9-12 % Cr steels, especially the P91 grade. Thi...
The novel perspective of this paper was to restore the grain boundary (GB) hardening effect in inter...
The weldments made from the 9-12% Cr tempered martensitic steel are associated with a complex micros...