The Paton Welding Journal

Aims and Scope The Paton Welding Journal encompasses a broad spectrum of research areas within welding and related technologies. It focuses on: ✅ Materials Science and Metallurgy: Investigating the intricacies of welding materials and metallurgical aspects. ✅ Technologies and Materials for Welding Structural Materials: Exploring advancements in welding technologies for structural materials. ✅ Production of Welded Metal Structures: Addressing methodologies in the production of welded structures for diverse industries. ✅ Repair Techniques: Investigating methods to extend the lifespan of welded structures and assemblies through effective repair. ✅ Strength, Design, and Optimization of Welded Structures: Examining challenges and solutions in the strength, design, and optimization of welded structures. ✅ 3D Printing Technologies: Exploring innovative applications of 3D printing based on welding processes. ✅ Advanced Welding Technologies: Covering cutting-edge technologies in welding and material joining. ✅ Automation of Welding Processes: Investigating automation techniques in welding and related processes. ✅ Strength, Reliability, and Life of Welded Structures: Analyzing factors influencing the durability and reliability of welded structures. ✅ Surfacing, Coating Deposition, and Surface Treatment Technologies: Addressing techniques for enhancing surface properties through surfacing and coating. ✅ Special Electrometallurgy Processes: Investigating specialized electrometallurgy processes relevant to welding. ✅ Materials, Equipment, and Technologies for Medicine: Exploring the application of welding technologies in the medical field. ✅ Mathematical Modeling of Welding and Related Processes: Utilizing mathematical models to understand and optimize welding processes. ✅ Technical Diagnostics and Non-destructive Testing: Investigating diagnostic methods and non-destructive testing in welding.   These areas collectively define the comprehensive landscape covered by The Paton Welding Journal, providing a rich source of knowledge for researchers and professionals.

Tomorrow (19 September), at 3:10 PM TRT, Jakub Ciftci is giving a presentation about "Ultrasonic Atomization of Novel Materials for Aerospace Applications" as an invited speaker to the IMMC 2024. It's a great opportunity to discuss the possibilities of ultrasonic atomization of custom metal powders. Don't miss it if you're anywhere near Istanbul these days! #materialscience #ultrasonicatomization #AMAZEMET #rePOWDER #metalpowder

It gives me great pleasure to announce our joint publication with E.O. Paton Electric Welding Institute in Kyiv. Anatoliy Zavdoveev: Even "if it has nothing to do with high entropy", it deals with the important topic of cold cracking testing of high-strength steels. Was a pleasure to work with you :) Please enjoy reading via: https://lnkd.in/eMQ7w6Sd #science #welding #cracking Thomas Schaupp Thomas Kannengiesser Bundesanstalt für Materialforschung und -prüfung

🔵🟡 Innovative approach for High Entropy Alloys wire arc additive manufacturing ‼️ This project aims to advance the field of additive manufacturing by developing high-entropy alloys using an innovative approach. We are focusing on creating bulk billets through wire arc additive manufacturing, leveraging cutting-edge metal powder-cored wire filament technology. 🙏We are deeply grateful to our research partners: Eric MacDonald João Pedro Oliveira Pedro Cortes Magdalena Speicher Michael Rhode Dhanesh G. Mohan Sima Alidokht, Ph.D., P.Eng Łukasz Żrodowski Tomasz Choma Mateusz Ostrysz AMAZEMET Eduard Hryha Massimo Rogante 🔺Powered by: E.O. Paton Electric Welding Institute G.V. Kurdyumov Institute for Metal Physics of the N.A.S. of Ukraine Vitaliy Bevz Mykola Skoryk Andrej Klapatyuk Dmytro Vedel Sviatoslav Motrunich Klochkov Illia

Our last paper before the summer break! João Lopes and Margarida Varela show how the alloy content on CoCuFeMnNi high entropy alloys significantly impact the weldability, microstructure and properties. The paper published in Intermetallics (Elsevier) can be assessed for free in the link below! Good work team! 😁 https://lnkd.in/dcJRNj5t

Met the colleagues from E.O. Paton Electric Welding Institute. Got my personal printed version of our first article in The Paton Welding Journal. The next one is a collaborative article with Anatoliy Zavdoveev concerning hydrogen in welded joints. More to come after the (hopefully positive) review 👌

Meet xBeam 3D in Farnborough! The aerospace community will have the opportunity to see our products and receive relevant information thanks to our friends and partners from Sentes-BIR who represent us at this great event. Visit Sentes-BIR booth 41347 in Hall 4 and feel the REAL potential of DED-wire technologies. #additivemanufacturing #metal3Dprinting #titanium #farnboroughairshow

New manufactured samples, New learning opportunities! 🤓 Let’s dive into microstructure evaluations!! Note: Wire Arc Additive Manufactured Aluminum alloy 6*** series, manufactured by MetalWorm Ankara, Turkey.

Art of nature. This is a carbon layer on the surface of a Co drop. We found this interesting thing after synthesis and share it with you. Looks like honeycomb or spider web. Lab. Mykola Skoryk, Anatoliy Zavdoveev, Oleksandr Stasiuk SEM: TESCAN TESCAN USA Inc.

Met the colleagues from E.O. Paton Electric Welding Institute. Got my personal printed version of our first article in The Paton Welding Journal. The next one is a collaborative article with Anatoliy Zavdoveev concerning hydrogen in welded joints. More to come after the (hopefully positive) review 👌