TC21 HYDROGEN EMBRITTLEMENT AND TRANSPORT
Chairman
Co-Chairman
University of Belgrade, Faculty of Mechanical Engineering
Serbia
Co-Chairman
Co-Chairman
SINTEF Industry
Department of Mechanical and Industrial Engineering, Norwegian University of Science and Technology (NTNU)
Norway
Associate Professor of Engineering Science
Department of Engineering Science, University of Oxford
UK
Co-Chairman
Associate Professor
Institute for Materials Research, Tohoku University
Japan
Be always updated about the TC21 initiatives! To join the group, click on this link and then on "Join group"
TC21 Scope
Our aim is to bring together top scientists and researchers in the field of hydrogen embrittlement of structural materials, hydrogen technology, and hydrogen transport in order to present the latest achievements, the current state of the art, and the future research framework for a better understanding of hydrogen embrittlement phenomena and complex hydrogen-material interactions.
The main objective of ESIS TC21 is to enable open and productive dialogue between all disciplines which study hydrogen embrittlement phenomena from any scientific or technological perspective and which in turn are being transformed by continuous advances in materials science and materials engineering.
The main topics:
Hydrogen-materials interactions
Hydrogen-deformation interactions
Hydrogen embrittlement (HE) mechanisms
Hydrogen embrittlement and fatigue
Hydrogen mapping and novel critical experiments
Materials mechanical response at different scales, HE-resistant alloys
Multiscale, computational, and atomistic modeling of hydrogen embrittlement
Hydrogen embrittlement prediction and prevention
Oil and gas pipelines transporting hydrogen-gas mixture and 100% hydrogen: HE and HE-assisted fatigue
Hydrogen embrittlement and damage - industrial case studies (HE, HIC, HSC, HTHA,...)
Ongoing technical areas
TC21 Web and professional scientific networks Subsidiaries (click on the photo or at "LINK")
Hydrogen Embrittlement - Understanding and research framework,
ResearchGate Project
Project Goal: The proposed research framework in hydrogen embrittlement refers to the challenges and most obvious problems of how to link models, phenomenology, and morphology of hydrogen-related failures of industrial components at different scales and how to successfully translate the insights gained into outcomes of practical value to the engineering community. We are looking for partnerships and the formation of an excellent consortium consisting of complementary partners that will help us to retain our competitive edge over the long term.
Hydrogen Embrittlement - LinkedIn Newsletter
Hydrogen Embrittlement - LinkedIn Group
The aim of this LinkedIn Group with 3K+ members is to discuss matters related to hydrogen embrittlement mechanisms of metallic materials and the hydrogen environment embrittlement (HEE) process, including Hydrogen Enhanced Decohesion (HEDE), Hydrogen Enhanced Local Plasticity (HELP), Adsorption-Induced Dislocation Emission (AIDE), hydride-induced embrittlement, as well as, all other proposed contemporary micro-nano-atomic-mechanisms. Also, discussions and industrial case studies & failure analysis about hydrogen-assisted and induced cracking (HAC, HIC, HISC, SOHIC...), hydrogen-induced corrosion, hydrogen-induced blistering, and high-temperature hydrogen attack (HTHA), mechanisms, with practical experiences (control, detection, inspection, prediction, and prevention), are welcome.
Hydrogen Embrittlement - Twitter Community
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About ESIS Technical Committiees (TC)
ESIS Technical Committees (TC) work on different aspects of Structural Integrity matters. They are the most important part of the ESIS organization. Their activities are supported by ESIS. The strength of each TC is indicated by the number and scientific quality of Committee members together with their output in terms of reports, recommendations, procedure documents, Special Technical Publications, and the regularity of their technical meetings.