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M2O (Mechanics, Modelling and Optimisation) research team centres on studying fundamental theories in solid and structural mechanics, developing advanced mathematical and computational modelling techniques, and exploring state-of-the-art optimisation methods, towards a broad Engineering applications.
Our vision is to develop innovative concepts, advanced technologies, and integrated solutions to tackle critical challenges facing humanity, for creating a sustainable, healthy, and green society.
Recent research projects:
Bio-inspired design methods for porous materials and structures
VPVT (Variable-Periodic Voronoi Tessellation) & VSVT (Varied-Shape Voronoi Tessellation)
Performance-Driven Robust Topology Optimization of Functionally Graded Lattice Structures - PDRTO-FGLs
Reliability-oriented Optimization Framework for Intelligent Design of Material-structure Integration - ROFiDMS
Machine Learning based Inverse Design Methods for Materials and Structures
Click-beetle inspired Structures with applications in Vibration Isolation
Trabecular Bone Reconstruction from CT images
Phase Field Digital Twin Framework for Composite Structural Safety Evaluation
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