Surface tension plays a core role in dominating various surface and interface phenomena.
For liquid metals with high melting temperature, a profound understanding of the behaviors …

A three-dimensional numerical model has been developed to investigate the fluid flow and
heat transfer behaviors in multilayer deposition of plasma arc welding (PAW) based wire …

A three-dimensional wire-feeding model has been developed to study the transient coupling
behaviour of heat and metal transfer, fluid flow, and solidified bead shape in wire plasma arc …

The advancement of metallic alloys is generally driven by alloy development, but
furthermore requires the development of suitable production and processing routines …

The titanium alloy Ti–6Al–4V (Ti64) is a very widely applied alloy with extreme importance in
the fields of aerospace, automotive, and biomedicine. For a large range of manufacturing …

A materials' structure and its evolution due to friction play a crucial role in understanding
wear and related processes. So far, structural changes caused by friction are mostly studied …

Al-Ti-based alloys are of enormous technical relevance due to their specific properties. For
studies in atomic dynamics, surface physics and industrial processing the precise …

Salt-fluxing treatment is an effective technique to improve the glass-forming ability (GFA) of
bulk metallic glass (BMG)-forming melts, as demonstrated before in Pd-and Fe-based …

Direct measurements of bulk and surface properties of liquid alloys at elevated temperatures
are often technically difficult or even impossible, and therefore, theoretical models can be …

The present study is an overview of the surface properties of liquid Al-Ni alloys, which are of
great importance for the design and development of new Al-Ni and Ni-based industrial …