Area of research
Mechanical Engineering · Civil and Structural Engineering
Research interest
Research interests include Structural engineering, Stiffness, Vibration, Engineering, Materials science, and Face (sociological concept).
Mechanical metamaterials based on non-circular gears
Rolling bearings fault diagnosis under various loads conditions based on GWJO-VMD-MAFCNN
Continuously adjustable mechanical metamaterial based on planetary gear trains and external meshing gears
Optimization Design of Body-in-White Stiffness Test Rig Based on the Global Adaptive Algorithm of the Hybrid Element Model
Experimental study on seismic performance of aluminum alloy beam-to-column joints using stainless steel connections
The Influence of Sheet Layer Combination Modes on Mechanical Property of Self-Piercing Riveting Joint in Three-Layer Sheets
A new mathematical model for the product family design of the skiving tools of spur face gears
Nonlinear vibration and superharmonic resonance analysis of wind power planetary gear system
Continuously tunable mechanical metamaterials based on gear cells
Nonlinear vibration and super-harmonic resonance analysis of aluminum alloy friction stir welding
Dynamic analysis of gear system with multiple lubrication states in torque–speed parameter space
Research on the micro-vibration mechanism of the planetary gear train based on fractal theory
An analytical method for the meshing characteristics of asymmetric helical gears with tooth modifications
Dynamic characteristics of helical gear with root crack and friction
Study on nonlinear vibration and primary resonance characteristics of helicopter face gear-planetary gear coupling transmission system
Study of the time-varying mesh stiffness of two-stage planetary gear train considering tooth surface wear
Metamaterial design and continuously adjustable mechanical properties based on novel planetary gear trains
Research on time-varying meshing stiffness of wind turbine gearbox considering tooth surface wear
Nonlinear Vibration Analysis of the Coupled Gear-Rotor-Bearing Transmission System for a New Energy Vehicle
Geometry design and tooth contact analysis of non-orthogonal asymmetric helical face gear drives
Research on the meshing characteristics of asymmetric gears considering the tooth profile deviation
Research on the skiving technology of face gear
Design methods and stress analysis of asymmetric offset face-gear transmission
Research on dynamic characteristics of cracked gear pair considering time-varying friction
Lubrication characteristic of tooth surface on arc tooth cylindrical gears
Research on Dynamic Characteristics of Electromechanical Coupling of Robot Joint Crack Transmission System