Ni-based amorphous alloys are a unique class of materials that are attracting attention in
biomass plants because of their outstanding physical properties at high temperatures …

The laser thermal effect effectively reduces the internal stress of Ni-Fe-P coating, but it still
exists in the form of tensile stress. In this paper, a steady-state magnetic field is introduced …

Metallic glasses, displaying extraordinary physical and chemical properties, have garnered
robust research enthusiasm. Inspired by the exceptional wetting biological surfaces …

The carbon/carbon (C/C) composites and T2-copper were joined via thermo-compensated
resistance brazing welding (RBW) with AgCuTi filler powder. The effects of the Ti content in …

Cu-Ti based amorphous fillers were designed based on cluster-plus-glue-atom model to join
tungsten heavy alloy (WHA) and Fe-Ni-Co based superalloy (GH907). The wettability of …

Ni-based alloys were prepared at different sintering temperatures in this study. The effects of
sintering temperature on the volume fraction, morphology, and distribution of precipitates in …

The problem of stainless steel brazing is still the focus of scientific research. In this work, the
Mn-based brazing filler was used to braze 1Cr18Ni9Ti and 1Cr21Ni5Ti stainless steel. The …

The current waveform of the heating phase, the holding current and holding time of the
holding phase were optimized in this study to solve the problems of low brazing ratio and …

Shunting phenomenon takes place when the electrical current passes through the prior weld
spots. So far there have been few areas of the shunting impact studied while this is a …

Different joining methods are always chosen based on their features and capabilities for
desired performance. Welding and brazing are among the frequent processes from which …