In this study, it was aimed to determine the effect of laser re-melting on the oxidation
behavior of high entropy alloys produced with electric current assisted sintering (ECAS) …

This work develops an automated image and statistical analysis protocol to characterize and
compare the effect of three deposits on the accelerated non-uniform degradation of a model …

Degradation caused by silicate deposits limits the lifetime of protective coatings in gas
turbine engines. In order to design more durable coating materials and architectures it is …

The entropy-based alloy with excellent oxidation and corrosion resistance is of great
significance for practical applications in high-temperature environments. Thus, the difference …

The effect of pre-oxidation during hot corrosion test of cobalt-based alloy CoNiCrAlHf were
corroded at 1000℃ with molten Na2SO4 salt and investigated the corrosion resistance. Pre …

The reaction of cast NiCoCrAlY alloys with oxide–sulfate deposits in CO 2–H 2 O–O 2 was
studied at 1100° C. The minimum Al concentration needed to form an external Al 2 O 3 scale …

The corrosion of γ-(Ni, Co)+ β-(Ni, Co) Al NiCoCrAlY alloys exposed to CaO-rich, Na 2 SO 4-
containing deposits in air and CO 2–H 2 O–O 2 at 1100° C was studied with a focus on the …

The ability to simulate the oxidation behavior of multicomponent alloys is a powerful tool for
alloy development and oxidation research. The present work shows how the DICTRA …

NiCoCrAlYSiHf coating was prepared for the surface of the 3039 Ni-based superalloy. The
coating was prepared via arc ion plating, and it was modified using a high-current pulsed …

Specific grades of high-entropy alloys (HEAs) can provide opportunities for optimizing
properties toward high-temperature applications. In this work, the Co-based HEA with a …