cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5290/300014
title: Test data for low cycle fatigue - strain control on material AISI 316 L at 20 Celsius

description: In the context of the NULIFE project, this data collection relates to a combined experimental and analytical investigation conducted on tubular components of low-carbon 316L stainless steel subjected to cyclic thermal shocks of varying intensity. To underpin the component tests, low cycle fatigue (LCF) tests, as well as tensile tests were carried out at 20°C using standard cylindrical specimens.
  
 Concerning the LCF tests, uniaxial testing of solid section specimens under cyclic strain control is used to determine the fatigue characteristics of the material. Cyclic stress-strain curves, hardening/softening behaviour, fatigue life vs. strain relationships, and the elastic modulus of the material have been determined for the low-carbon 316L stainless steel under consideration.
DOI: 10.5290/300015
title: Test data for low cycle fatigue - strain control on material AISI 316 L at 20 Celsius

description: In the context of the NULIFE project, this data collection relates to a combined experimental and analytical investigation conducted on tubular components of low-carbon 316L stainless steel subjected to cyclic thermal shocks of varying intensity. To underpin the component tests, low cycle fatigue (LCF) tests, as well as tensile tests were carried out at 20°C using standard cylindrical specimens.
  
 Concerning the LCF tests, uniaxial testing of solid section specimens under cyclic strain control is used to determine the fatigue characteristics of the material. Cyclic stress-strain curves, hardening/softening behaviour, fatigue life vs. strain relationships, and the elastic modulus of the material have been determined for the low-carbon 316L stainless steel under consideration.
DOI: 10.5290/300017
title: Test data for uniaxial tensile on material AISI 316 L at 20 Celsius

description: In the context of the NULIFE project, this data collection relates to a combined experimental and analytical investigation conducted on tubular components of low-carbon 316L stainless steel subjected to cyclic thermal shocks of varying intensity. To underpin the component tests, low cycle fatigue (LCF) tests, as well as tensile tests were carried out at 20°C using standard cylindrical specimens.
  
 Concerning the LCF tests, uniaxial testing of solid section specimens under cyclic strain control is used to determine the fatigue characteristics of the material. Cyclic stress-strain curves, hardening/softening behaviour, fatigue life vs. strain relationships, and the elastic modulus of the material have been determined for the low-carbon 316L stainless steel under consideration.
DOI: 10.5290/300018
title: Test data for uniaxial tensile on material AISI 316 L at 20 Celsius

description: In the context of the NULIFE project, this data collection relates to a combined experimental and analytical investigation conducted on tubular components of low-carbon 316L stainless steel subjected to cyclic thermal shocks of varying intensity. To underpin the component tests, low cycle fatigue (LCF) tests, as well as tensile tests were carried out at 20°C using standard cylindrical specimens.
  
 Concerning the LCF tests, uniaxial testing of solid section specimens under cyclic strain control is used to determine the fatigue characteristics of the material. Cyclic stress-strain curves, hardening/softening behaviour, fatigue life vs. strain relationships, and the elastic modulus of the material have been determined for the low-carbon 316L stainless steel under consideration.
DOI: 10.5290/50020113
title: Test data for uniaxial creep on material ALLOY 800H at 800 Celsius

description: Data collection created at the Max Planck Institut für Metallforschung during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50020114
title: Test data for uniaxial creep on material ALLOY 800H at 800 Celsius

description: Data collection created at the Max Planck Institut für Metallforschung during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50020117
title: Test data for uniaxial creep on material ALLOY 800H at 850 Celsius

description: Data collection created at the Max Planck Institut für Metallforschung during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50020121
title: Test data for uniaxial creep on material ALLOY 800H at 800 Celsius

description: Data collection created at the Max Planck Institut für Metallforschung during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50020124
title: Test data for uniaxial creep on material ALLOY 800H at 800 Celsius

description: Data collection created at the Max Planck Institut für Metallforschung during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50020126
title: Test data for uniaxial creep on material ALLOY 800H at 800 Celsius

description: Data collection created at the Max Planck Institut für Metallforschung during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/3350000
title: Test data for creep crack growth on material P22 haz_sim - sj at 550 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350001
title: Test data for creep crack growth on material P22 haz_sim - sj at 550 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350002
title: Test data for creep crack growth on material P22 haz_sim - sj at 550 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350003
title: Test data for creep crack growth on material P22 haz_sim - sj at 550 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350004
title: Test data for creep crack growth on material P22 wm - sj at 550 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350005
title: Test data for creep crack growth on material P22 wm - sj at 550 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350006
title: Test data for creep crack growth on material P22 wm - sj at 550 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350007
title: Test data for creep crack growth on material P22 wm - sj at 550 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350008
title: Test data for creep crack growth on material P91 wm - sj at 600 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350009
title: Test data for creep crack growth on material P91 wm - sj at 600 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350010
title: Test data for creep crack growth on material P91 wm - sj at 600 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/3350011
title: Test data for creep crack growth on material P91 wm - sj at 600 Celsius

description: In the context of the European FP4 SOTA project on the creep crack growth behaviour of materials and their welds used in high temperature plant components such as piping, headers and pressure vessels, the European Commission JRC Institute for Energy (now Institute for Energy and Transport) performed tests on P22 and P91 low alloy and martensitic steels, respectively, and their welds.
DOI: 10.5290/5120101
title: Test data for uniaxial tensile on material IN 738 lc at 25 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120102
title: Test data for uniaxial tensile on material IN 738 lc at 330 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120103
title: Test data for uniaxial tensile on material IN 738 lc at 451 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120104
title: Test data for uniaxial tensile on material IN 738 lc at 451 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120105
title: Test data for uniaxial tensile on material IN 738 lc at 601 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120106
title: Test data for uniaxial tensile on material IN 738 lc at 727 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120107
title: Test data for uniaxial tensile on material IN 738 lc at 848 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120108
title: Test data for uniaxial tensile on material IN 738 lc at 950 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120201
title: Test data for low cycle fatigue - strain control on material IN 738 lc at 850 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120202
title: Test data for low cycle fatigue - strain control on material IN 738 lc at 850 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120203
title: Test data for low cycle fatigue - strain control on material IN 738 lc at 850 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120204
title: Test data for low cycle fatigue - strain control on material IN 738 lc at 850 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120205
title: Test data for low cycle fatigue - strain control on material IN 738 lc at 850 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120206
title: Test data for low cycle fatigue - strain control on material IN 738 lc at 850 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5120207
title: Test data for low cycle fatigue - strain control on material IN 738 lc at 850 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/5129001
title: Test data for youngs modulus on material IN 738 lc at 0 Celsius

description: In the context of the high temperature fatigue activities undertaken in the COST 50 project, Gebrüder Sulzer AG (now Sulzer Ltd) performed tests to determine the low cycle fatigue and tensile behaviour of the nickel-based superalloy IN 738 LC.
DOI: 10.5290/50060101
title: Test data for low cycle fatigue - strain control on material ALLOY 800H at 900 Celsius

description: Data collection created at the European Commission JRC Institute for Energy (now the European Commission JRC Institute for Energy and Transport) during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50060102
title: Test data for low cycle fatigue - strain control on material ALLOY 800H at 900 Celsius

description: Data collection created at the European Commission JRC Institute for Energy (now the European Commission JRC Institute for Energy and Transport) during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50060104
title: Test data for low cycle fatigue - strain control on material ALLOY 800H at 900 Celsius

description: Data collection created at the European Commission JRC Institute for Energy (now the European Commission JRC Institute for Energy and Transport) during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50060112
title: Test data for low cycle fatigue - strain control on material ALLOY 800H at 800 Celsius

description: Data collection created at the European Commission JRC Institute for Energy (now the European Commission JRC Institute for Energy and Transport) during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50060113
title: Test data for low cycle fatigue - strain control on material ALLOY 800H at 800 Celsius

description: Data collection created at the European Commission JRC Institute for Energy (now the European Commission JRC Institute for Energy and Transport) during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50060115
title: Test data for low cycle fatigue - strain control on material ALLOY 800H at 800 Celsius

description: Data collection created at the European Commission JRC Institute for Energy (now the European Commission JRC Institute for Energy and Transport) during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50060117
title: Test data for low cycle fatigue - strain control on material ALLOY 800H at 800 Celsius

description: Data collection created at the European Commission JRC Institute for Energy (now the European Commission JRC Institute for Energy and Transport) during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50060118
title: Test data for low cycle fatigue - strain control on material ALLOY 800H at 800 Celsius

description: Data collection created at the European Commission JRC Institute for Energy (now the European Commission JRC Institute for Energy and Transport) during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50060119
title: Test data for low cycle fatigue - strain control on material ALLOY 800H at 800 Celsius

description: Data collection created at the European Commission JRC Institute for Energy (now the European Commission JRC Institute for Energy and Transport) during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.
DOI: 10.5290/50060121
title: Test data for low cycle fatigue - strain control on material ALLOY 800H at 800 Celsius

description: Data collection created at the European Commission JRC Institute for Energy (now the European Commission JRC Institute for Energy and Transport) during the European COST 501 Programme on Critical Components for Advanced Steam Cycles, where Alloy 800 H (alternative designations DIN 1.4876 and X 10 NiCrAlTi 32 20) was one of several alloys examined in the context of research into advanced materials for a broad range of power engineering processes.