In this research, additively manufacturing a functionally graded material (FGM) with a
compositional range of Ni-based Inconel superalloy (Inconel 718) and Fe-based stainless …

Orthopedic implants should have sufficient strength and promote bone tissue regeneration.
However, most conventional implants are optimized for use either under high mechanical …

The precise shape of a shift block support for the turbine blade of a hovercraft was additively
manufactured using 17–4 precipitation-hardened stainless steel (STS 630) powder through …

A CALPHAD-guided alloy design and the corresponding key experiments method were
performed to study the microstructure-mechanical properties relationships for Sn–In based …

Abstract The effects of 0.05 wt% Ni additions on In-35 wt% Sn (In–35Sn) alloy on the ex-situ
interfacial reactions, in-situ microstructures formation during solidification, and mechanical …

Abstract Sn-0.7 Cu–In ternary alloy solders have received much attention because of their
excellent weld stability and wettability. However, how to inhibit or slow down the formation of …

Abstract The In–48Sn eutectic alloy has emerged as a favorable solder for flexible electronic
devices, owing to its low operating temperature. However, the low strength of In–48Sn …

Traditional smart windows use electrical signals to transform transparency. However, this
electric transmission mode greatly limits their uses. Here, we have prepared a transparent …

The low melting temperature In-48Sn alloy is a promising candidate for flexible devices.
However, the joint strength of the In-48Sn alloy on the Cu substrate was low due to the rapid …

The ability to control adhesion with a high tuning ratio and robust performance in a
reversible manner is highly desirable for many engineering applications. Here, by …