Poor mechanical properties of Ni alloy hinder its widespread application in the industrial. In
order to enhance its performance, Ni204-based composite coatings reinforced with in-situ …

Abstract An MC (M: Ti, Nb) carbide-reinforced 316 L coating was synthesized in-situ via
laser cladding. A strong relationship between the (Ti, Nb) C content and the microstructure …

Abstract In this study, Fe-Cr-B-Al-Ti coatings were fabricated via laser cladding to improve
the wear resistance of 2Cr13 steels. The effects of laser scanning rate and Ti content on the …

Although Ti-based composites find wide industrial applications, their tribological behaviour,
especially at elevated and high temperatures, is not conclusively evaluated. In this work, a …

Earth moving equipments and its components are generally susceptible to wear and erosion
owing to the severe environmental conditions. Low carbon steel with nickel based …

The development of integrated material-structure-function components raises increasing
requirement on hybrid manufacturing technology. In this study we developed Wire Arc …

In this paper, Ti on different WC types (spherical WC and cast WC/W 2 C) reinforced Ni-
based gradient coating was prepared via plasma transferred arc (PTA). Microstructure …

In situ synthesis of TiC-NiCr cermets during selective laser melting (SLM) was investigated.
Powder mixture consisting Ti, C and Ni80Cr20 solid solution was prepared by milling …

TiC/WC composite ceramics reinforced Ni-based coating was manufactured on the mild
steel via PTA technology. Different WC/TiC mass ratio schemes were designed and the total …

Novel TiC-based composites were synthesized by reactive hot-pressing at 1800° C for 1 h
with ZrB 2 addition as a sintering aid for the first time. The effects of ZrB 2 contents on the …