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Polymer Matrix Composite Materials, Composites Design and Manufacturing, Optimization, In-Service Performance behaviour, Damage, Durability, Structural Reliability, Multi-Scale Modelling, Characterization Methods, Finite Element Analysis, Machine Learning, and Industry 4.0.
Processing of biomaterials, electrochemistry, colloid and interface science, surface modification, biointerfaces, nanomaterials for precision medicine, implantable materials, portable diagnostics, wearable healthcare monitoring.
Physical phenomena in non-ferrous casting: hot tearing, continuous casting, EB melting and refining, vaccuum casting, finite element-based heat flow and stress codes, optimization of industrial casting processes, mathematical modeling
Polymers and polymer composites; Multi-functional composites; High-throughput manufacturing process modelling of composites; Multi-scale, multi-physics, probabilistic computational modelling of composites; Manufacturing-informed performance simulation of composites; Machine learning methods in composites manufacturing and performance analysis; Composite structures for renewable energy & unmanned vehicles; Additive manufacturing.
Prediction of microstructure and properties of engineering alloys through the use of experiments and modelling, predicting the correlation between the structure of alloys, at the microstructural and atomic scale, and their mechanical behaviour
Processing, microstructure and properties of ceramics, refractories, bioceramics, ceramic coatings (sol-gel, thermal sprayed), adhesion of ceramics to metals, ceramic and metal matrix composites, semiconductive and photocatalytic ceramics. ceramics for fuel cells, ceramic sensors, fracture and wear of ceramics, polymer matrix composites