Nell'ambito della seconda sessione del 41° ciclo, sono disponibili le seguenti borse a tematica vincolata per il corso di dottorato "Ingegneria Aerospaziale":
- DIMEAS - Development of multifield finite element and surrogate models for digital twins of space structures
- DIMEAS/INAF - Design, analysis, and validation of the highly stable optomechanical system for a 32U CubeSat to achieve sub-milliarcsecond measurements precision
- DIMEAS - Smart Thermal Management and Structural Response of Aerospace Components
- DIMEAS - Multi-Scale Thermal Behavior of Aerospace Structures
- DIMEAS - High-Fidelity Multi-Physics Structural Modeling for Electrified Aircraft and Spacecraft
- DIMEAS - Advanced methodologies for the design and analysis of the mechanisms of a Lunar pressurized rover
- DIMEAS - Advanced VR and eXtended Reality Tools for LPR Cockpit Design, Human Factors, and Astronaut Training
- DIMEAS - Critical monitoring for real-time diagnostic and prognostic capabilities in hostile environment
- DIMEAS - Multiscale thermo-fluid dynamics analysis of heat exchangers produced by additive manufacturing
- CRT/DIMEAS - Real-Time Control and Navigation of UAVs with Flexible Manipulators for Precision Environmental Applications
Nell'ambito della prima sessione del 41° ciclo, sono disponibili le seguenti borse a tematica vincolata per il corso di dottorato "Ingegneria Aerospaziale":
- DIMEAS - Development of multifield finite element and surrogate models for digital twins of space structures
- CRT/DIMEAS - Real-Time Control and Navigation of UAVs with Flexible Manipulators for Precision Environmental Applications
- DIMEAS - Risk map for the Spaceflight Associated Neuroocular Syndrome (SANS) through cardiovascular digital twins
- Leonardo S.p.A. - A numerical workflow for aeroacoustic aircraft noise prediction
- DIMEAS - Machine learning and artificial intelligence to support aeronautical gas turbine design
- DIMEAS - Numerical simulation of burnback in solid rocket motor grains produced by additive manufacturing