The nucleation and growth of topologically close-packed (TCP) phases in Ni-based single
crystal superalloys (SCs) are controlled by composition, temperature, time, interface …

The heterogeneous low cyclic fatigue damage level in the Ni-based single crystal superalloy
DD413 was quantitatively assessed under the strain control of±0.8% and±1.1%. The …

The service of protective coatings at high temperature will lead to interdiffusion between the
coating and superalloy. The occurrence of interdiffusion not only reduces the oxidation …

A Pt modified γ'nanocrystalline coating (Pt-NC γ'coating) was manufactured and its cyclic
oxidation behavior was examined and compared to that of Pt-diffused γ/γ'and β-NiPtAl …

Two sputtered phase-equilibrium coating (Pt+ γ'and Pt-Cr+ γ'coating) were manufactured in
this work. No TCPs appeared around the interface of coating/superalloy after being oxidized …

The high-cycle fatigue failure behavior of nickel-based single crystal alloys with different
deviation angles (deviated [001] orientations of 0°, 10°, and 20°) was assessed in this work …

This study challenges the generally accepted principle that some degree of as-cast
microstructure heritability (CMH), marked by< 001>-oriented dendrite-associated …

There exists a gap in current academic knowledge regarding whether [111]-oriented single
crystal (SX) superalloys maintain performance advantages related to anisotropy at ultra-high …

The effects of Mo content on the creep property of a 4th generation Ni-based single crystal
superalloy were investigated systematically at high temperature and low stress. Under the …

Generally, raft structure and interfacial dislocation networks enhance the creep resistance at
elevated temperatures above 1000° C and low stresses in Ni-based single crystal …