Traditional steels and alloys face challenges in resisting high-temperature oxidation and
corrosion, especially as boilers are operated at elevated temperatures. This issue has …

A microwave hybrid heating technique was applied to produce the NiCr-Mo-SiC composite
cladding on Titan-31. The developed claddings were tested for microstructural features …

Abstract Cu–Al–Mn ternary shape memory alloys (SMAs) were synthesized and investigated
for their surface roughness (Ra). Cu–Al–Mn SMAs were prepared through the ingot …

In this study, the weldability of aluminium composite made of 10 weight percent of B4C as
reinforcement and AA6061 as the matrix material is the main emphasis. For the study's …

CNC milling is a common technique for material removal that is used to create components
with complex shapes and features. The purpose of the experiment is to determine how the …

The current study examines the erosive behaviour of a 65% NiCrAlY+ 35% TiO2 plasma-
sprayed coating on titanium-15 substrate at various temperatures. X-ray diffraction and …

In view of its combination of distinctive qualities, including strong tensile and tearing strength
along with exceptional dynamic capabilities, which make it a strategic and irreplaceable …

This study examines the design and numerical analysis of induction hardened of Inconel
718 superalloys on the tensile properties. The two tensile specimens (IHT1 & IHT2)'s outside …

In high-temperature boiler operations, conventional steels and alloys grapple with the
formidable challenges posed by oxidation and corrosion. Prolonged exposure to extreme …

Shape memory alloys (SMAs) based on copper have higher transformation temperatures
throughout a wide range of compositions, as well as excellent ductility, which results in …