Laser additive manufacturing (LAM), characterized by its rapid iterative production of
intricate structural products, high flexibility in manufacturing, and excellent stability, caters to …

High tensile strength and low fatigue crack propagation (FCP) rate are hard to achieve
simultaneously in aluminium (Al) based materials, which has been a long-lasting topic. It is …

The poor fracture toughness limits the widespread application of high-strength cast Mg-Re-
Zn alloys. Regulating the alloy microstructure, with phases such as α-Mg, blocky LPSO (long …

Abstract The Hall-Petch relationship is important for material design at room temperature.
However, it is not well studied at high temperatures. In this work, the influence of different …

Fatigue crack propagation is a critical phenomenon that affects the structural integrity and
lifetime of various engineering components. Over the years, finite element modeling (FEM) …

High-entropy alloys (HEAs) show the potential for high-temperature structural applications,
with their superior fatigue properties of particular significance. However, fatigue cracking can …

A major challenge in the application of ceramic materials is a trade‐off between strength and
toughness. In this work, hierarchically structured ceramic coatings (HSCCs) are fabricated to …

Cold dwell sensitivity of near α titanium alloys has posed a significant challenge to the
engineering safety within the aerospace industry. However, there exists inconsistency …

Wire and arc additive manufacturing (WAAM) enables rapid near-net-shape fabrications of
large-size parts and in-situ remanufacturing in many industry sectors. A comprehensive …

Understanding the microplastic accumulation behavior of advanced carbon nanotube (CNT)
fibers under complex thermal conditions is crucial in aerospace structures' durability and …