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@Vigdisol@snabelen.noOg her er ei lenke til omtalen av prosjektmøtet på LinkedIn om dere hæler :) : https://www.linkedin.com/posts/vigdiso_the-hyline-ii-project-would-like-to-extend-activity-7313802543216705537-liC7?utm_source=share&utm_medium=member_desktop&rcm=ACoAAAFLhVwBAGyTWfx0544io_DTtAYPQ7gKrtc #Hydrogen #MaterialsScience #Pipelines
www.linkedin.comThe HyLINE II project would like to extend our gratitude to Equinor for… | Vigdis OldenThe HyLINE II project would like to extend our gratitude to Equinor for hosting the fourth project and steering committee meeting at Rotvoll, outside Trondheim, this Tuesday and Wednesday.
Welded joints in gas transport pipelines must always be meticulously evaluated with respect to structural integrity, particularly in the presence of pressurized hydrogen gas. This is the primary focus of the HyLINE II project, where we address various aspects of hydrogen and material interactions both experimentally and numerically. These include hydrogen diffusion and trapping, the influence of microstructural features on crack initiation and growth, fracture and fatigue properties, and the transferability between lab-scale and industrial applications.
The meeting commenced with a visit to SINTEF's new national SMART-H test lab for mechanical testing under pressurized hydrogen gas, where we are currently performing fracture toughness testing. The project are very grateful to our Japanese research partner from Kyushu University, represented by Professor Hisao Matsunaga, and the collaborating Fukuoka University represented by Professor Junichiro Yamabe, for visiting Trondheim and presenting their recent research findings.
Gassco AS TechnipFMC Shell TotalEnergies Tenaris Norges teknisk-naturvitenskapelige universitet (NTNU) SINTEF Industri Norges forskningsråd