Keyword: Hot-corrosion : Search

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Keyword: Hot-corrosion (1)	26 Mar 2025	Run
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articleNo Access
HOT-CORROSION BEHAVIOR OF THERMAL BARRIER COATED DZ125 SUPERALLOY EXPOSED TO ATOMIZED SEAWATER AND KEROSENE
- ZHIMING BAI,
- LE ZHOU,
- TIANQUAN LIANG,
- HONGBO GUO, and
- SHENGKAI GONG
International Journal of Modern Physics B30 Jun 2010
Preview Abstract
The bare superalloy DZ 125 alloy, the aluminide coated specimens and electron beam physical vapor deposited (EB-PVD) thermal barrier coating (TBC) consisting of yttria stabilizied zirconia (YSZ) topcoat and NiCoCrAlY bond coat specimens were exposed to atomized seawater and kerosene at 900°C and the cyclic hot-corrosion behaviors of the specimens were investigated. Disastrous spallation of the bare superalloy occurred within 50 h hot-corrosion. In contrast to this, after 100 h hot-corrosion, the average mass change for the aluminized and TBC coated specimens is 0.7 mg/cm² and 0.63 mg/cm², respectively, exhibiting excellent hot-corrosion resistance.

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