Actualités 16 févr. 2022 4 min lecture

ICWAM, 8-9 juin 2022, ONLINE

Troisième édition en ligne

L'Institut de Soudure a le plaisir d'annoncer la troisième édition du Congrès international du soudage, de la fabrication additive et des contrôles associés ICWAM 2022, les 8 et 9 juin prochains !
Cette édition en ligne permettra aux participants d'assister à une trentaine de présentations techniques et scientifiques.

Dates essentielles :

  • appel à publication : le 1er décembre 2021
  • fin de la soumission des résumés de publication : le 28 février 2022 inclus
  • notification de l'acceptation des résumés : le 5 avril 2022
  • soumission finale des publications : le 5 mai 2022
  • ouverture des inscriptions : 1er février 2022
  • fin des inscriptions "early-bird" : 8 mai 2022.

Pour plus d'informations,  visitez le site

Join the third edition of ICWAM on line!

ICWAM 2022, the 3rd  edition of the International Congress on Welding, Additive Manufacturing and associated non-destructive testing is organized by Institut de Soudure, the French Welding Institute – approved as an IIW (International Institute of Welding) International Congress. 

All informations here:

Submissions to ICWAM have been very successful! We are beyond our objective, and we even received some emails asking whether we would allow some more days to late comers. Thus, the organizing committee decided to extend the submission deadline to 28 February. Don’t miss the date!

  • abstracts submission deadline: 28 February 2022
  • acceptance notification: 5 April 2022
  • final submission of manuscripts:5 May 2022
  • opening of registrations: 17 February 2022
  • early bird registration deadline until 8 May 2022.

The conference includes keynotes, lectures, e-poster session and online exhibition. The conference will have thematic sessions on the following specific or emerging topics:

  • Weldability and welding processes
  • Brazing and soldering
  • Wire-based additive manufacturing
  • Powder-based additive manufacturing
  • Design, Modeling and simulation
  • Material characterization, fatigue and fracture
  • Alternative routes for metal processing and assembly
  • Nondestructive testing: online, offline
  • Robotization and process optimization
  • Process monitoring
  • Related equipment and consumables
  • Electronics, sensing and actuation
  • Standards, qualification and certification
  • Artificial intelligence: machine learning (simple and deep), expert systems, data management, etc.
  • High performance metallic materials including multi-material design for properties gradient (Functionally Graded Materials-FGM).