The past few decades have witnessed rapid progresses in the research and development of
complex metallic alloys such as metallic glasses and multi-principal element alloys, which …

The 3D‐printing of high‐entropy alloys (HEAs) is capable of enhancing the design and
manufacturing flexibilities for novel materials. Owing to the rapid solidification, the 3D …

Fatigue is a process of mechanical degradation that is usually assessed based on empirical
rules and experimental data obtained from standardized tests. Fatigue data of engineering …

Fatigue is one of the most important mechanical properties of materials, characterizing a
mechanical process of material degradation under cyclic loading. Fatigue performance …

Fatigue failures of structural materials pose enormous risks to in-service structures, as well
as human lives. The development of advanced durable structural materials with fatigue …

In order to investigate the effect of grain size on the fatigue limit of single-phase equiatomic
high-entropy alloys (HEAs); CrMnFeCoNi, fabricated by spark plasma sintering, four-point …

Multiaxial fatigue failure of metals, a common issue in industrial production, often leads to
significant losses. Recently, many researchers have applied deep learning methods to …

Fracture dictates the service limits of metallic structures. Damage tolerance of materials may
be characterized by fracture toughness rigorously developed from fracture mechanics, or …

The application of supervised Machine Learning (ML) in material science, especially
towards the design of structural Multi-Principal Element Alloys (MPEAs) has rapidly …

In lightweight high-entropy alloy development, a titanium-aluminium (TiAl) base matrix is
favored for its low density, high strength-to-weight ratio, and excellent corrosion resistance …