Abstract For the present study on Aerosol Deposition of MAX-phase materials, Ti 3 SiC 2 was chosen as model system due to availability property data and commercial powder. The as-received powder milled different nominal sizes. revealing details coating formation possible bonding mechanisms, experiments were performed for particle size batches process gas pressures. Microstructural analyses reve...

Thanks to their refractoriness, carbides are sensed as fuel coating for the IV generation of reactors. Among those studied, the Ti3SiC2 ternary compound can be distinguished for its noteworthy mechanical properties: the nanolamellar structure imparts to this material some softness as well as better toughness than other classical carbides such as SiC or TiC. However, under irradiation, its behav...

identical slip planes) and walls or kink boundaries. Thus, in addition to regular slip, mechanisms for ambient temperature The cyclic fatigue behavior of reactive hot-pressed Ti3SiCz plastic deformation in Ti3SiCz are thought to involve the ceramics are examined at temperatures from ambient to 1200°C readjustment of local stress and strain fields from kink band with the objective of characteriz...

As a high-temperature structural material, Ni3Al matrix composites are often used to manufacture basic mechanical components that need be in conditions. To meet the increasing demand for metal with an excellent tribological performance over wide temperature range, self-lubricating containing Sn-Ag-Cu and Ti3SiC2 (NST) were synthesized via laser-melting deposition. Dry sliding friction tests of ...