WEBINAR March 31 2026 | Friction Stir Welding, From Fundamentals to Industrial Integration, in collaboration with TWI. REGISTER FOR FREE
Discover the real electrical consumption of aluminum welding processes (FSW, MIG, laser, vacuum brazing) and which one can reduce your energy costs and CO₂ emissions.
Limitation of distortion in FSW: Learn how needle peening reduces residual stresses and improves aluminum panel performance for aerospace. Download the full article here.
Friction Stir Welding enhances thermal performance by removing interfaces, enabling high-conductivity joints in aluminum and copper components.
Comparative study of NDI techniques to detect defects in friction stir welds, focusing on lack of penetration in FS butt joints. Download the full article here.
Find out why parts welded by friction stir welding can be deformed and how to remedy this with techniques before, during or after welding.
Discover the unique features of a design and prototyping office specializing in metal welding, such as friction stir welding, and how it plays a key role in an industrial project.
Explore the impact of FSW automation: greater precision, reduced costs, and increased productivity.
TWI and Stirweld are hosting a day focused on tank welding, featuring conferences and demonstrations, in Cambridge, UK.
Friction Stir Welding parameters are essentiel to assure the quality of the weld. This is essential for flawless welding.
Quality control in FSW ensures reliable welds. This article reviews key destructive and non-destructive assessment techniques.
