Duration: 11 minSafety & standards
Basic Considerations in Hydrogen Embrittlement
Channel: Dierk Raabe Sustainable Metals & Critical Elements
- Advanced
- English
Safety & standards · Short video · Intermediate
Max Planck Institute for Sustainable Materials8 minEnglish
Baptiste Gault examines hydrogen embrittlement in steel in this eight-minute video, produced by Latest Thinking and hosted on the Max Planck Institute for Sustainable Materials channel. Atom probe tomography is used to locate hydrogen in the material and gauge how far it penetrates. Gault links damage potential to the mobility of hydrogen atoms and proposes adding trapping particles to restrict it, an approach the description says could extend to titanium and nickel alloys. A concise primer, published in 2020.
This introduction is based on the video’s YouTube description and catalogue details. Source video: independent technical information. No expert opinion has been added to this video yet.
The viewer can interpret the mechanism of hydrogen embrittlement in steel and the proposal to prevent it by adding trapping particles.
Duration: 11 minSafety & standards
Channel: Dierk Raabe Sustainable Metals & Critical Elements
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