Advanced engineering applications necessitate developing a new class of surface coatings
that protect the surface components in these applications while also meeting the conflicting …

A well-known hard material (VC) has not been explored as potential candidate for surface
modifications to overcome the problem of cavitation erosion (CE) in hydro machinery …

The layered structure plays an important role in Vickers hardness of superhard materials.
However, the Vickers hardness of transition metal borides with layered structure is …

In this study, a new method for the controlled preparation of mesoporous Ti/Ce–Mn/meso–
SnO 2–Sb electrodes was established by introducing a Ce–Mn composite interlayer with …

Due to simulation by the finite element method, the temperature fields in the “inductor–
tantalum target–titanium product” system were calculated depending on the inductor current …

Nanodiamond composite (NDC) films, synthesized using an environmentally friendly PVD
coaxial arc plasma deposition technique on commercial cemented carbide (Co 6 wt%) …

Porous titanium-containing coatings were formed on titanium samples by atmospheric
plasma spraying. The resulting samples were subjected to induction heat treatment in an …

Cavitation erosion is one of the major concerns of wear in hydro-machinery. The ensuing
damage can be mitigated by using protective coatings, prepared with ceramic materials like …

On the surface of the “Ti-base+ Ta-coating” layered system, tantalum oxide coatings were
obtained by induction heat treatment (IHT) within 600–1600° C for 1–120 s. It was …

On the titanium surface functionally graded layers in the form of carbonitride TiC 0.45–0.72
N 0.28–0.47 coatings were obtained by solid-state carburization associated with induction …