The microstructures and the mechanical properties of friction stir lap welded Ti–6Al–4V were
investigated by both experimental and numerical methods. Dislocation density evolution …

This study investigated the challenge of joining poly-ether-ether-ketone (PEEK) to aluminum
alloy AA6061 through friction spot joining (FSpJ), by examining the impact of surface …

A Monte Carlo model is established to simulate grain morphologies and combined with a
precipitate evolution model to predict the mechanical properties of different zones in different …

For heat‐treatable aluminum alloys, solid solute elements play key role in material
strengthening. Al–Mg–Si alloy is a typical heat‐treatable alloy; Cu and Si atoms are its main …

The International Maritime Organization has adopted the reduction of carbon dioxide
emissions from ships as an important priority, and is continuously strengthening its …

Stable precipitate takes the essential role for material strengthening in Al–Mg–Si alloys. To
reveal how the stable precipitate works in material strengthening, a molecular dynamics …

Study details corrosion and microstructure evaluation of ultrasonic (UaFSW), induction (i-
FSW) and laser heating assisted macro and micro (μFSW) dissimilar friction stir welding and …