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RESEARCH PRODUCT
Towards a Study of Effects on Hydrogen Diffusion into T40 Titanium Alloys
Steeve DejardinNicolas CretonTony MontesinIgor BezverkhyyVincent DuquesnesRoland Oltrasubject
RadiationMaterials scienceHydrogenHydrideMetallurgyTitanium hydridechemistry.chemical_elementTitanium alloyCondensed Matter PhysicsCorrosionchemistry.chemical_compoundchemistryGeneral Materials ScienceEmbrittlementHydrogen embrittlementTitaniumdescription
In a global study of titanium alloys behavior in specific aqueous solution (embrittlement, corrosion and corrosion under stresses), the present work focuses on hydrogen diffusion into the metal and the consequences on its microstructure. Two ways of hydrogen charging were used to investigate this issue (gaseous and cathodic charging). The final aim is to determine a fitted method to create an identified microstructure and then to perform accelerated aging tests of titanium U-Bend samples into an autoclave with a specific environment. Hydrogen absorption and formation of titanium hydride have been studied by SEM analyses and by X-ray diffraction methods.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2015-07-01 | Defect and Diffusion Forum |