Design and testing of an advanced honeybee waste heat-powered energy harvester
Design;Environmental;Monitoring
Multiscale and multiparametric tribological analysis of alumina thin films via a machine learning – based approach
Artificial intelligence;Experimentation;Predictive;Tribology
In-situ testing of honeybee waste heat – powered energy harvesting system
Environmental;Sensor;Temperature;Test
Nano- to microscale experimental characterisation of the tribological behaviour of Al2O3 thin films via lateral force microscopy
Atomic force microscopy (AFM);Experimentation;Tribology
Waste heat energy harvesting system for winter monitoring of honeybee colonies
Environmental;Experimentation;Finite element method (FEM);Sensor
Grasp-oriented human hand model for use in rehabilitation robotics
Biomedical,Constraint,Engineering,Robot
Reachability analysis and simulation of a forearm rehabilitation device
Analysis,Biomedical,Simulation
Experimental study of the effect of plectrum parameters on the performances of plucked piezoelectric energy harvesters
Design method,Experimentation,Piezo-electric,Sensor
Nanotribological characterization of an X39CrMo17-1 steel thin-film via measurement-based machine learning methods
Artificial intelligence,Friction,Steel
Kinematic characterization and validation of an upper limb rehabilitation device
Analysis,Kinematic,Mechatronic,Model,Simulation