Friction stir welding (FSW) has become a practical choice for bridge decks, pedestrian spans, access platforms, and othe…

Friction stir welding (FSW) is feasible for many aluminum pressure vessels, but it is not a code shortcut. The process c…

Aluminum heat exchanger plates in HVAC systems fail most often at the joined seam, not in the base plate. Friction stir …

Friction stir welding (FSW) for aluminum busbar joining is a solid-state process that creates a metallic bond without me…

Friction stir welding for military vehicle applications is a solid-state joining route that can produce strong, repeatab…

FSW cold plates for data center liquid cooling solve the central manufacturing challenge of a sealed aluminum enclosure….

Friction stir welding for 5G base station cooling plates is a solid-state joining process that seals thin aluminum chann…

Power electronics thermal design has moved decisively toward liquid cooling for IGBT modules, inverters, converters, and…

Aluminum superstructures on workboats, ferries, patrol craft, and large yachts must carry deck loads, resist seawater at…

Stiffened aluminum panels are increasingly specified for deckhouses, bulkheads, deck plating, and large flat ship struct…