Friction stir welding has moved from laboratory process to production requirement in shipbuilding because aluminum decks…

Why High-Speed Train Aluminum Profiles Are a Natural Fit for FSW High-speed train car bodies are built from long, thin-w…

Friction stir welding (FSW) has become a production-critical joining process for aluminium rail structures because it ad…

Satellite panels sit at one of the most demanding intersections in manufacturing: the structure must be light enough to …

Rocket and launch vehicle structures push aluminum alloys into operating conditions where fusion welding often fails. 2x…

Fuel tanks present one of the most unforgiving joining challenges in aerospace manufacturing. The weld must contain fuel…

Aluminum-intensive vehicle programs no longer ask whether friction stir welding can join automotive structures. The prac…

The Wheel Welding Problem: Why Fusion Welding Falls Short Aluminum alloy wheels are geometrically simple at first glance…

Friction stir welding (FSW) is a solid-state joining process that uses a rotating, non-consumable tool to plasticize and…

Electric drive housings sit at the intersection of two difficult requirements: they must remain light and stiff, and the…