Eutectic high entropy alloy (EHEA) possesses promising prospects for industrial application
due to its controllable and near-equilibrium dual-phase structure. Due to the advantages of …

The (FeCoNi) 86Ti7Al7 multi-principal-element alloy with a dual heterogeneous
microstructure was successfully fabricated by selective laser melting, exhibiting an excellent …

Precipitation strengthening has been widely adopted in austenitic low-density steel owing to
excellent hardened effects. This approach generally employs the coherent κ′-carbides and …

The microstructure and stress corrosion cracking (SCC) behavior of the Fe-Mn-Al-C-Ni low-
density steels (LDSs) with different annealing times were studied in a simulated marine …

This study explores carbon addition as a materials design approach for simultaneously
improving the hardness, crack resistance, and corrosion resistance of high entropy thin films …

Controlling morphology of B2 phase as nano-sized particles that are homogenously
distributed within austenite matrix has been remained as a challenging task particularly for …

Ultrastrong and ductile lightweight materials are urgently needed, given the pressing
demand for a broad range of structural materials characterized by energy efficiency and …

The development of multi-principal element alloys requires the navigation within a multi-
dimensional composition space, which has proven to be challenging. Various methods to …

High-manganese light-weight steels offer a great potential for structural purposes in the
mobility sector due to their reduced density combined with outstanding mechanical …

A novel κʹ-strengthened FCC-based Al 0.5 CoFeNiC 0.1 high entropy superalloy (HESA)
with minor B2 phase was prepared by arc melting. The FCC/κʹ dual-phase microstructure …