Area of research
Mechanics of Materials · Biomedical Engineering
Research interest
Research interests include Materials science, Adhesive, Straw, Coupling (piping), Thermography, and Transient (computer programming).
Modeling, analysis, and optimization of the asymmetric cooling system for a hybrid oil-cooled motor
Structural design and optimization of crushing and strip-laying device based on discrete element method with wet-adhesive flexible straw model
An improved transient lock-in thermography integrating alpha blending strategy for automatic enhancement recognition of TBC debonding defects
Straw movement and flow field in a crushing device based on CFD-DEM coupling with flexible hollow straw model
Investigation on tillage resistance and soil disturbance in wet adhesive soil using discrete element method with three-layer soil-plough coupling model
Advanced Orthogonal Frequency and Phase Modulated Waveform for Ultrasonic Phased Array TFM Detection in CFRP Composites
Nondestructive detection of CFRP subsurface defects using transient lock-in thermography
Imitating pangolin scale structure for reducing adhesion and resistance of rotary tillage in wet-adhesive soil
A novel magnetic-thermal coupling model considering air thermophysical properties for temperature rise and performance analysis of hub motor
Nonlinear dynamic analysis and optimization of planar flexible multi-link mechanism with clearance considering the thermal deformation effect of kinematic pair
Nonlinear frequency modulation TFM with second-order TGV and Butterworth filter for detection of CFRP composites
Automatic high depth-resolvability inspection of TBC debonding defects using nonlinear frequency modulation photothermal radar