7,452 Works

Test data for low cycle fatigue - strain control on material 14 Cr 1 W ods at 750 Celsius

& Institute For Energy EC-JRC Petten
After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of...

Test data for low cycle fatigue - strain control on material 14 Cr 1 W ods at 650 Celsius

& Institute For Energy EC-JRC Petten
After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of...

Test data for low cycle fatigue - strain control on material 14 Cr 1 W ods at 650 Celsius

& Institute For Energy EC-JRC Petten
After analysing the running projects on different innovative reactor and transmutation systems and their related needs in terms of structural materials assessment, the focus of GETMAT has been put on F/M and ODS steels, as cross-cutting structural material choice for core and primary components. Moreover, the GETMAT project aims as well to streamline and integrate, in a comprehensive way, the R&D effort of the European materials laboratories for a wide-range study of the performance of...

Test data for uniaxial tensile on material IN 738 lc at 750 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 738 lc at 950 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for uniaxial creep on material IN 738 lc uds at 850 Celsius and a stress of 211 MPa

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for uniaxial creep on material IN 738 lc uds at 850 Celsius and a stress of 209 MPa

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for uniaxial tensile on material IN 738 lc uds at 20 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for uniaxial tensile on material IN 738 lc uds at 850 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for uniaxial tensile on material IN 738 lc uds at 850 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for uniaxial tensile on material IN 738 lc uds at 950 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for uniaxial tensile on material IN 738 lc uds at 950 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for uniaxial tensile on material IN 738 lc uds at 750 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for uniaxial tensile on material IN 738 lc uds at 850 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 738 lc uds at 850 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 738 lc uds at 850 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 738 lc uds at 950 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 738 lc uds at 850 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 738 lc uds at 850 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 738 lc uds at 850 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 738 lc uds at 950 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 939 at 950 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 939 at 950 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 939 uds at 850 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

Test data for high cycle fatigue on material IN 939 uds at 850 Celsius

K Schneider &
Data created at BBC Mannheim - Zentrales Labor für Werkstofftechnik (now GE Power) in the context of a COST 50 project to investigate the high cycle fatigue behaviour of unidirectionally solidified nickel base superalloys, during which high cycle fatigue, creep, and tensile tests were performed.

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