The high cracking susceptibility is the major barrier hindering the broad adoption of additive
manufacturing (AM) in traditional non-weldable superalloys. It is particularly important to …

A strategy bypassing “rolling+ annealing” while involving merely ultrasonic vibration-
modulated static compressive loading was established to enhance the strength-ductility …

Abstract In-situ Ti (C, N) reinforced AlCoCrFeNiSi-based high entropy alloy coating with
functional gradient double-layer structure is successfully fabricated on the H13 substrate …

This study delves into the influence of TiN and NbC ceramic particles on the phase structure,
grain organization, microhardness, and wear resistance of FeCoNiCrAl High-Entropy Alloy …

Metal matrix composites (MMCs) are a constantly developing class of materials.
Simultaneously achieving a high strength and a high ductility is a challenging task in the …

This study explores a cost-effective method for fabricating Ti 95-x Fe x Nb 5 ternary alloys
along with investigating the influence of Fe addition. Spark Plasma Sintering at low sintering …

A process is developed for fabricating in-situ CoCrFeNi matrix composite co-reinforced with
Cr 3 C 2 whiskers and Cr 2 O 3 nanoparticles. Initially, mechanical alloying of the powder …

Ceramic coated metal powders have recently found prominence owing to their prospective
application in 3D microstructured metal matrix composite synthesis. To ensure a perfect …

Abstract The CoCrFeNi HEAs offer immense promise for advanced engineering
applications. However their strength at high temperatures needs much improvement. In an …

Анотація Мета роботи полягала у дослідженні методів синтезу Ті5Si3-Mo порошків на їх
структуру та фазовий склад, встановленні оптимальних умов термічних процесів задля …