Microstructures and mechanical properties are closely related to thermal cycles during
additive manufacturing. For maraging steel, the research on the effect of thermal cycles …

Metal/ceramic functionally graded materials (FGMs) have attracted significant attention due
to their ability to combine the unique mechanical properties of metals with the high …

Advanced connection technology for extra-large/super-thickness titanium wrought
components is urgent demand in aerospace manufacturing industries. For achieving high …

We present a novel computational framework to assess the structural integrity of welds. In
the first stage of the simulation framework, local fractions of microstructural constituents …

Laser melting deposition (LMD) and Wire arc additive manufacturing (WAAM) are
representative metal additive manufacturing (AM) technologies. To explore the feasibility of …

Laser melting deposition–produced Ti6Al4V additive manufacturingparts tend to manifest as
coarse columnar grains. This paper optimises the laser pulse frequency to manage the …

A systematic and accurate analysis of microstructural evolution in the interlayer regions of
multilayer welded joint is of great importance for in-depth understanding of influence …

The present study examined the evolution of interfacial microstructure and its effect on the
mechanical properties of Invar/TC4 dissimilar joints by laser welding. The results indicated …

Controlling repeated thermal cycling is one of the key mechanisms to design microstructures
in the interlayer regions for narrow gap laser wire filling welding (NGLWFW) of austenite …

Wire-arc directed energy deposition (DED) technology possesses significant advantages
such as rapid deposition rates and high flexibility, positioning it as a promising method for …