Cold spray additive manufacturing (CSAM) is a solid-state deposition process with the
potential to produce near-net shape components with complex geometry at a high …

Cold spray (CS) has proven to be a versatile deposition method with considerable
capabilities in multiple fields including coating, additive manufacturing, and repair. Despite …

Cold spray additive manufacturing (CSAM), as a solid-phase additive manufacturing
technology, exhibits enormous potential in the fabrication of metal matrix composite. The …

It is well known that chemical strengthening of glass brings the benefit of increased fracture
strength. Despite extensive research on processing and mechanics at the macroscale, the …

Enhancing the surface coating of 316 L stainless steel, fabricated via metal injection
molding, is crucial for its application in cost-effective, mass-produced components. This …

Additive manufacturing (AM) techniques are widely investigated for the cost-effective use of
titanium (Ti) alloys in various aerospace applications. One of the AM techniques developed …

Robotic additive manufacturing using a cold spray deposition head attached to a robotic arm
can deposit material in a solid state with deposition rates in kilogrammes per hour. Under …

Owing to their superior properties like excellent mechanical strength, thermal and oxidation
resistance, chemical stability, biocompatibility, chemical resistance, etc. zirconia-based …

Metoda cold spray (CS) se v posledních letech stala inovativní technologií aditivní výroby
(CSAM). Má mnoho výhod, které jí činí vhodnou pro aplikaci v letectví i opravách. Mnohé …

The cold sintering process (CSP) provides an energy-efficient alternative for synthesiz-ing
bulk materials from constituent powders. However, large-scale CSP ceramics are more likely …