Implementation of the cold spray (CS) technology in manufacturing and repair creates a
demand for reliable quality control and process monitoring measures. In this regard, particle …

In cold spray, the interactions between feedstock particles and propellant gas control
deposition outcome. The particle impact temperature, along with impact velocity, governs the …

In cold spray additive manufacturing (CSAM), the severe plastic deformation of the input
powder particles leads to an accumulation of residual stresses, the magnitude of which is …

Cold Spray (CS) represents a solid-state coating process with promising applications in
localized repairs and additive manufacturing. However, the weak inter-particle bonding …

Cold spray coating is an Additive Manufacturing technology that is accustomed to amend
surfaces of the substrate and improves many benefits in material engineering applications …

In cold spray, high gas temperatures and high velocity impact of particles introduce complex
thermal and stress histories in the coating layers and the substrate. It is crucial to understand …

Cold Spray additive manufacturing (CSAM) is an emerging technique to fabricate
freestanding objects by depositing solid-state layers of materials. Thanks to its remarkable …

In order to provide a basis for future optimization and control of the cold spray process, we
experimentally studied the impact of various factors on the ductility (% elongation) of copper …

Deformation of a two-phase block copolymer (BCP) during high velocity impacts is studied
experimentally and theoretically with an aim to use this material in cold spray (CS) additive …

Cold spray is an additive manufacturing technique in which an inert gas (often helium or
nitrogen) is used to accelerate micron scale particles to supersonic velocities through a …