Due to the outstanding creep performance, nickel-based single crystal superalloys (Ni-SXs)
are extensively applied in modern aero-engine and industrial gas turbine. Apart from the …

Nickel-based single crystal superalloys (Ni-SXs) are of great interests in aircraft industry due
to their excellent high temperature creep strength deriving from the rigid gamma/gamma …

Understanding the microscopic structure is often the first step in new materials discovery and
is essential to improve the materials functional properties. Neutron powder diffraction has …

Ni-based single crystal superalloys exhibit superb mechanical strength, particularly, creep
resistance at elevated temperature. The unique microstructure, which is consisted of γ γ and …

The effect of 2 wt% Re addition on the microstructure stability and γ/γ′ interfacial
characteristics of designed Ni-based single crystal (Ni-SX) superalloys during long-term …

Understanding changes in chemistry, microstructure, and physical properties during
synthesis, processing, testing, and even service is vital for materials design and …

The aim of this study is to investigate the role of the temperature, stress, and rhenium (Re)
on the γ/γ'interfacial misfit dislocation network and mechanical response of Ni-based single …

The effect of temperature on the compressive behavior and deformation mechanism of a Ni-
based single crystal superalloy with low stacking fault energy was investigated in the …

A novel curved thin-walled blade simulator (CTWBS) specimens was used to investigate low
cycle fatigue (LCF) behavior and crack initiation mechanism nearby film cooling holes …

This study investigated the influence of a systematic variation in Ni: Co ratio on the lattice
misfit of γ-γ'Ni-Co-5Al-5Ti-15Cr (at%) alloys over a broad temperature range. Seven model …