The T24 steel represents the new generation of low-alloyed creep resistant steels with higher creep resistance and lower carbon content. It was designed as prospective material for membrane waterwalls of ultra super critical (USC) power plants, enabling to avoid preheating and post weld heat treatment (PWHT) during welding. However, our investigations concerning secondary hardening of vanadium containing low-alloyed steels show that non-tempered welded joints undergo a signifi cant increase in hardness during exposure to operating temperature. The results then imply that PWHT of T24 steel welds is necessary and this idea is at present supported by the occurrence of several troubles with new installations of USC blocks in Europe.Web of...
Welds in materials intended for service at temperatures above the creep activation temperature often...
This paper investigates the effects of accelerated creep testing of a temperbead (TB) repair weld fo...
In comparison with conventional creep resisting grade T/P22, the modified 2%Cr steels T/P23 and T/P2...
The T24 steel represents the new generation of low-alloyed creep resistant steels with higher creep ...
The T23 and T24 steels were designed for welding membrane water walls without preheating and without...
Increasing thermal loads, temperatures and pressures in boilers and steam systems is attractive to i...
Increasing thermal loads, temperatures and pressures in boilers and steam systems is attractive to i...
Steels T23 and T24 developed as materials for welding water cooling membranes without using post-wel...
Modified 2.25Cr1Mo steel, known as a relatively new generation, grade T24 heat resistant steel (7Cr...
T23 is a low alloy ferritic steel used for boiler super heater and re-heater tubes and water panels ...
Microstructures of new heat-resistant steel grade T23 welded joint without PWHT and its correspondin...
Increasing thermal loads, temperatures and pressures can be attractive to improve the efficiency and...
Increasing thermal loads, temperatures and pressures can be attractive to improve the efficiency and...
We clarified the effect of post weld heat treatment (PWHT) conditions on the toughness and creep rup...
New blocks of fossil fuel power plants designed for steam temperatures above 873 K require advanced ...
Welds in materials intended for service at temperatures above the creep activation temperature often...
This paper investigates the effects of accelerated creep testing of a temperbead (TB) repair weld fo...
In comparison with conventional creep resisting grade T/P22, the modified 2%Cr steels T/P23 and T/P2...
The T24 steel represents the new generation of low-alloyed creep resistant steels with higher creep ...
The T23 and T24 steels were designed for welding membrane water walls without preheating and without...
Increasing thermal loads, temperatures and pressures in boilers and steam systems is attractive to i...
Increasing thermal loads, temperatures and pressures in boilers and steam systems is attractive to i...
Steels T23 and T24 developed as materials for welding water cooling membranes without using post-wel...
Modified 2.25Cr1Mo steel, known as a relatively new generation, grade T24 heat resistant steel (7Cr...
T23 is a low alloy ferritic steel used for boiler super heater and re-heater tubes and water panels ...
Microstructures of new heat-resistant steel grade T23 welded joint without PWHT and its correspondin...
Increasing thermal loads, temperatures and pressures can be attractive to improve the efficiency and...
Increasing thermal loads, temperatures and pressures can be attractive to improve the efficiency and...
We clarified the effect of post weld heat treatment (PWHT) conditions on the toughness and creep rup...
New blocks of fossil fuel power plants designed for steam temperatures above 873 K require advanced ...
Welds in materials intended for service at temperatures above the creep activation temperature often...
This paper investigates the effects of accelerated creep testing of a temperbead (TB) repair weld fo...
In comparison with conventional creep resisting grade T/P22, the modified 2%Cr steels T/P23 and T/P2...