263 Kaiyuan Ave, Luolong Qu
Luoyang Shi
China
Henan University of Science and Technology
Refractory high-entropy alloys, Microstructure, Tribological behavior, Wear mechanism
Tungsten alloy, W-1.0 m-ZrO2, High temperature deformation, Constitutive equations, EBSD
Erosion behavior, Kirkendall effect, QPQ coating, Cr coating, gun steel
Refractory high-entropy alloy, Cr content, High Temperature Oxidation, Oxidation mechanism, Microstructure.
Keywords: Fe-Al-Ni alloys, thermal conductivity, calphad, modeling
A.Aluminides, A.Nucleation and growth, B.Diffusion, D.Microstructure, D.Interfaces, F.Electron microscopy, scanning
molybdenum alloy, Vacuum sintering, synergistic strengthening, strengthening mechanism, nanosized powder
C3N4, High Pressure, QLEDs, quantum dots (QDs), luminescence
Molybdenum alloy, ZrO2, yield strength, Low cycle fatigue, Fracture mode
Transition metal phosphide, Layered double hydroxide, Cerium dioxide, OER, HER
photoelectrocatalysis, titanium dioxide, Metal-organic framework, Nanomaterials, Theoretical calculation
Tungsten wire, W-0.5wt%La2O3, Hot deformation, Constitutive model, Hot working map, Microstructure evolution
Refractory high-entropy alloys (RHEAs), Spark Plasma Sintering (SPS), Mechanical Properties, Strengthening mechanism
No.
Fe-Al-Si alloys, Thermal conductivity, CALPHAD, Modeling
Gradient cemented carbides, Ni binder, Pre-sintering methods, WC grain size, DICTRA simulation
microstructure segmentation, EBAUNet, microstructural feature extraction, Machine learning, mechanical property prediction.
12Cr2Mo1V steel, dynamic recrystallization, Hansel-Spittel constitutive equation, processing map, finite element simulation
Hot-work die steel, Mo content, High-temperature wear, Carbides