・Multiscale observation of hydrogen embrittlement behavior for the development of high-strength hydrogen compatible materials
・Hydrogen influence on the fatigue strength properties of additive manufactured Ni-based superalloy 718
・Effect of Solute Hydrogen on Tensile Deformation and Fracture Behavior
of Pricipitation-Hardened Iron-Based Superalloy A286
・Effect of load waveform on fatigue crack growth behavior
of metastable austenitic stainless steel under hydrogen environment
・Elucidation of the microscopic mechanism of
hydrogen-assisted fatigue crack propagation in high-strength martensitic steels
・Multi-scale analysis of the hydrogen embrittlement fracture
of austanitic stainless steel welds
・Evolution behavior of fracture mechanistic plastic zone
during fatigue crack propagation process in gaseous hydrogen
・Fatigue properties of nickel based superalloys
・Effect of pearlite lamellar structure on fatigue crack growth properties of carbon steels
in gaseous hydrogen environment
・Hydrogen Embrittlement behavior of Alloy 718
・Temperature dependence of hydrogen-introduced fatigue crack growth acceleration
in pure iron
・Effect of Microstructure on Torsional Fatigue Limit in Bainitic Steels
・Fatigue strength properties of Ni based superalloy Alloy718 under tensile-compressive and torsional loading
