Tuesday, July 13, 2021, 8:00 PM EDT - 9:05 PM EDT
Technical
[{"firstName":"Hisao","lastName":"Matsunaga","email":"matsunaga.hisao.964@m.kyushu-u.ac.jp","company":"Kyushu University"},{"firstName":"Paul","lastName":"Korinko","email":"pskorinko@gmail.com","company":"Savannah River National Laboratory"},{"firstName":"Peter","lastName":"Gill","email":"peter.gill@onr.gov.uk","company":"Office for Nuclear Regulation (UK)"},{"firstName":"Do Jun","lastName":"Shim","email":"DShim@epri.com","company":"EPRI"},{"firstName":"Chris","lastName":"San Marchi","email":"cwsanma@sandia.gov","company":"Sandia National Laboratories"},{"firstName":"Joe","lastName":"Ronevich","email":"jaronev@sandia.gov","company":"Sandia National Laboratories"},{"firstName":"Laurent","lastName":"Briottet","email":"Laurent.briottet@cea.fr","company":"French Alternative Energies & Atomic Energy Commission"},{"firstName":"Sylvain","lastName":"Pillot","email":"sylvain.pillot@arcelormittal.com","company":"ArcelorMittal"},{"firstName":"Steven","lastName":"Xu","email":"steven.xu@kinetrics.com","company":"Kinetrics"}]
Presentations
| Participant Role | Details | Action |
|---|
| Submission | Fatigue Crack Growth in Ferritic Microstructure Under the Exposure to Gaseous Hydrogen: An Overview | View |
| Submission | Fatigue Crack Growth Retardation After Single Overloading, as an Indicator of Hydrogen-Effect on the Extension of Crack-Tip Plastic-Zone | View |
| Submission | Temperature-Effects on the Internal/external-Hydrogen-Driven Tensile Ductility Loss and Relevant Failure Mechanisms in a Ni-Based Superalloy 718 | View |
| Submission | Evaluation of Hydrogen Embrittlement Behaviors in Pipeline Steel Welds Using In-Situ SP Test In High-Pressure Hydrogen Environments | View |
| Submission | Fatigue Crack Growth Study of X70 Line Pipe Steel in Hydrogen Containing Natural Gas Blends | View |
