Selected funded projects in AI-driven aerodynamics, multifidelity surrogate modelling, flow control, and aerospace design.
Incremental Machine-learning modelling for Propeller Aerodynamics and Design
Machine-learning and neural-operator-based surrogate models for propeller aerodynamics and design.
Advanced Solar Receiver Systems: Comparative Analysis of Metal Additive Manufacturing and Welding Techniques Enhanced by AI
AI-enhanced modelling and data-driven analysis for advanced manufacturing and energy-related systems.
Efficient Aerodynamic Optimization and Prediction through Reinforcement and Machine Learning
Surrogate and multifidelity models for aerodynamic data and efficient prediction workflows.
Tecnologías Inteligentes para la Fabricación, el diseño y las Operaciones en entornos Industriales
AI-based technologies for design, manufacturing, and industrial operations, including aerodynamic surrogate modelling.
Integration and Digital Demonstration of Low-emission Aircraft Technologies and Airport Operations
Low-emission aircraft technologies and digital demonstration frameworks.
Open Digital Environment for Hybrid-Electric Regional Architecture
Optimization and digital tools for hybrid-electric regional aircraft architectures.
Active control of turbulence for sustainable aircraft propulsion
Active control of turbulent flows and convective heat transfer.
Active flow control of aerodynamic flows with machine learning
Machine-learning approaches for active flow-control systems.
Some outcomes are protected due to industrial confidentiality.
Technology transfer contract
Industrial transfer activities. Specific outcomes protected by confidentiality.
Technology transfer contract
Industrial transfer activities. Specific outcomes protected by confidentiality.
Technology transfer contract
Industrial transfer activities. Specific outcomes protected by confidentiality.
Technology transfer contract
Industrial transfer activities. Specific outcomes protected by confidentiality.