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Low cycle fatigue - strain control test data for P91 ar - sj material at 550 °C (specimen identifier 2101A A)

Name: Low cycle fatigue - strain control test data for P91 ar - sj material at 550 °C (specimen identifier 2101A A)
Creator: European Commission JRC
Published: 2015-06-15T10:04:24+08:00

DataCite Commons2023-10-20 更新2025-04-16 收录

材料疲劳测试

焊接接头耐久性

数据链接：

https://odin.jrc.ec.europa.eu/alcor/DOIDisplay.html?p_RN5=2600017 数据链接链接失效反馈

官方服务：

资源简介：

Fatigue tests on 9Cr welded joints and weld metal

应用场景：

提供机构：

European Commission JRC

创建时间：

2015-06-15

蠕变测试

材料科学

The data relate to a thesis concerned with demonstrating the suitability of Small Punch (SP) testing for lifetime prediction of metallic materials operating at high temperatures. The lack of standardi

DataCite Commons2020-10-10 更新80

Nanoindentation (single cycle) test data for Model Alloy (Fe-9Cr) material at 23 °C and maximum indenter force of 2.001 mN (tenth nominally repeat test)

纳米压痕

材料科学

Data created at the European Commission JRC during the H2020 project on multiscale modeling for fusion and fission materials (M4F), funded from the Euratom research and training programme 2014-2018 un

DataCite Commons2020-10-05 更新80

Low cycle fatigue - strain control test data for P91 ar material at 550 °C (specimen identifier AE-007)

材料性能测试

高温材料疲劳分析

The 2010-2012 implementation plan of the European Sustainable Nuclear Industrial Initiative (ESNII), in the frame of the Sustainable Nuclear Energy Technology Platform (SNE TP), establishes a very tig

DataCite Commons2023-10-20 更新60

Uniaxial creep test data for AISI 316L ar material at 650 °C and a stress of 170 MPa (specimen identifier GB-01)

材料科学

核能应用

Data created at JRC, Netherlands during the Horizon 2020 NUCOBAM project aiming to develop the qualification process and evaluate the in-service behaviour of AM materials, allowing the use of additive

DataCite Commons2024-10-15 更新80

Nanoindentation (single cycle) test data for Model Alloy (Fe-9Cr) material at 23 °C and maximum indenter force of 2.003 mN

纳米压痕

材料科学

DataCite Commons2020-10-05 更新60