Fatigue crack paths in single-crystal Ni-base superalloys do not follow the classical Stage
I/Stage II behavior. In fact, the opposite often occurs with cracks growing initially in Mode I …

Abstract Effects of grain boundaries (GBs) on fatigue crack propagation (FCP) in a cast Ni-
base superalloy were experimentally investigated using “two-dimensional” polycrystalline …

The mechanistic basis of microstructurally short crack paths and growth rates is investigated
in Ni-based superalloy single crystals using Crystal Plasticity (CP) and eXtended Finite …

This work studied the relationship between the fatigue behavior and microstructural
evolution of a second-generation nickel-based single-crystal superalloy with [001],[102], and …

Mechanistic short crack growth in single crystal Ni γ− γ′ microstructure is investigated using
Crystal Plasticity (CPFEM) and eXtended Finite Element Method (XFEM). Maximum slip and …

单晶镍基合金具有优异的耐高温, 高强, 高韧等性能, 这些力学性能受制造过程引入的次级取向和
冷却孔的影响. 已有研究大多关注单孔薄板的变形机理和力学性能, 而工程中应用的往往是多孔 …

This study assesses the impact of secondary orientations on the tensile deformation
behavior of single-crystal superalloys at mid-temperature of 760° C. Tensile tests and stress …

Stage I fatigue crack propagation along crystallographic slip planes was experimentally and
analytically investigated in a single crystal Ni-base superalloy, NKH-304. Fatigue crack …

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 …

The effects of cylindrical holes and secondary orientations on the deformation behavior of Ni-
based single crystals were investigated by in-situ tensile experiments and crystal plasticity …