Superalloys find widespread application in demanding environments owing to their robust
strength and high resistance to heat and corrosion. Nonetheless, these very attributes …

Direct laser deposition (DLD) technique has great potential in manufacturing titanium matrix
composites (TMCs) components with complicated shape. The TiB whiskers reinforced …

Abstract Although Metal matrix composites (MMCs) are superior to most sought-after metallic
alloys, their challenging fabricability has limited their widespread use in bulk-form …

The scratch and reciprocating sliding wear response of a PH 13-8Mo stainless steel
fabricated by wire arc additive manufacturing (WAAM) are investigated after different cycles …

This study aims to investigate the impact of substrate preheating on the cracking and wear
resistance of laser-clad T-800 alloy coatings on DD5 single-crystal alloy substrates. Two …

The optimization of the aging process is an effective strategy for achieving excellent
performance in the rapidly solidified CoCrFeNiTi 0.7 high-entropy alloy (HEA). Current …

Self-lubricating coating is used to solve the problem of insufficient lubrication and failure of
mechanical transmission parts at high temperature. In this work, we designed a NiCrAlY-Ag …

Laser engineered net sha** (LENS) processing of an in-situ Ti-B 4 C composite, results in
the natural formation of a novel periodically layered structure, when a mixture of Ti powders …

In this work, the addition of 20 vol% of tungsten carbide (WC) to 316L powder processed by
direct energy deposition (DED) leads to a hierarchical composite. The modified austenitic …

To address the problem of wear and failure of the DZ125 superalloy turbine blades, a
Tribaloy T-800 coating is fabricated on the DZ125 superalloy by laser cladding. The …