The efficiency of power plants can be improved by increasing the steam temperature. Cost-efficient design improvements are achieved by using welded turbine casings made from materials modified according to service steam temperatures in the various applications. The main advantages achieved are better exploitation of the higher creep strength, and enhanced weldability of the new cast steel material. The tests performed so far in high-efficiency steam turbines resulted in development of combinations of the new cast steel material G-X12 CrMoWV NbN 10 11 with conventional, low-alloyed materials. Problems arising with these combinations are linked to finding a standard annealing temperature suitable for all materials. Two dissimilar welds with c...
The objective of COST501, 3rd Round, for forged and cast turbine components was: generation of data ...
In cooperation with the projects CH7, D16 and D36 (leadership), project D37 deals with the evaluatio...
AbstractTo improve the thermal efficiency of fossil running power plants increasing the live steam t...
Advanced materials were tested and welded joints optimised. New materials were used for pipelines an...
As advanced power generation and the realization of higher system efficiencies will require enhanced...
The aim of the research programme, i.e. development and qualification of materials for 600 C steam t...
An increase in operating temperature and pressure of a steam turbine leads to an increase in system ...
AbstractHigh efficient steam power plants are being designed to operate at temperatures higher than ...
Welds between the martensitic 9% Cr steels T91 and E911 and the austenitic steel 1.4910 were to be c...
The study was a supplement to earlier investigations on 1% CrMoNiV and 12% CrMoV steels at a tempera...
AbstractTo improve the thermal efficiency of fossil running power plants increasing the live steam t...
Sufficient available energy is the precondition for a high standard of living in each country. This ...
The Ultrasupercritical (USC) Steam Turbine Materials Development Program is sponsored and funded by ...
This research project involved the development of characteristics for steel application in thermal l...
The investigations focused on strategies for reducing the hydrogen concentration in submerged-arc we...
The objective of COST501, 3rd Round, for forged and cast turbine components was: generation of data ...
In cooperation with the projects CH7, D16 and D36 (leadership), project D37 deals with the evaluatio...
AbstractTo improve the thermal efficiency of fossil running power plants increasing the live steam t...
Advanced materials were tested and welded joints optimised. New materials were used for pipelines an...
As advanced power generation and the realization of higher system efficiencies will require enhanced...
The aim of the research programme, i.e. development and qualification of materials for 600 C steam t...
An increase in operating temperature and pressure of a steam turbine leads to an increase in system ...
AbstractHigh efficient steam power plants are being designed to operate at temperatures higher than ...
Welds between the martensitic 9% Cr steels T91 and E911 and the austenitic steel 1.4910 were to be c...
The study was a supplement to earlier investigations on 1% CrMoNiV and 12% CrMoV steels at a tempera...
AbstractTo improve the thermal efficiency of fossil running power plants increasing the live steam t...
Sufficient available energy is the precondition for a high standard of living in each country. This ...
The Ultrasupercritical (USC) Steam Turbine Materials Development Program is sponsored and funded by ...
This research project involved the development of characteristics for steel application in thermal l...
The investigations focused on strategies for reducing the hydrogen concentration in submerged-arc we...
The objective of COST501, 3rd Round, for forged and cast turbine components was: generation of data ...
In cooperation with the projects CH7, D16 and D36 (leadership), project D37 deals with the evaluatio...
AbstractTo improve the thermal efficiency of fossil running power plants increasing the live steam t...