Aluminium alloys of the 5xxx and 6xxx types are considered marine grade alloys. These
alloys are highly resistant to corrosive environments and are therefore used in maritime …

Friction stir-based variants have entirely changed the outdated component manufacturing
method. Magnanimously, it has reached notable achievement in the joining, fabricating and …

Al–Si alloys are commonly utilized in the production of automobile components, including
pistons and cylinders. Although this alloy offers desirable features for usage in pistons …

This research deals with the manufacturing of novel textile fibre-reinforced aluminum metal
matrix composites (TFRAMMC) by incorporating high-performance fibres in three forms (ie …

Niobium carbide (NbC) is a ceramic material that enhances the mechanical properties of
advanced composites by restricting grain growth during recrystallization. This study aimed to …

Alteration of surface properties of low-strength alloys using friction stir processing (FSP) has
been under development for the last three decades. Using FSP, surface composites of metal …

In this paper, the effect of welding and rotational speed on microstructural and mechanical
properties has been studied. Unlike eutectic reactions, solid-state diffusion can result in the …

Abstract Friction Stir Processing (FSP) is a solid-state method that is widely used in titanium
and its alloys to enhance their strength. The FSP technique produces low-defect-density …

In friction stir processing (FSP), conventional pin tools like square and threaded cylindrical
pins require multipass to produce defect-free and homogenous reinforcement particle …

The performance of Hastelloy C22 matrix composite with different reinforced particles is
strongly related to microstructural aspect of the coating. In this study, a novel approach for …