Gabriele De Pietro

FULLCOMP Project: Fully Integrated Analysis, Design, Manufacturing and Health-Monitoring of Composite Structures. H2020 EU funding for Innovative Training Networks. Research activity: • Development of in-house software based on Fortran, Matlab and C++ for time-effective 3D stress analysis and multi-physics analysis of composites.

Research activity: • Development of a Matlab code for the study of instability and multi-stability phenomena in composite structures. Edit position Visiting Researcher, Technology Department

Research activity: • Topology optimization of a PCB supporting frame via Ansys and Inspire software for use in TAS micro-satellites. • Vibration testing of the full electronic equipment featuring the 3D printed optimized module. • Exploratory study on the use of lattice materials in the PCB structural support via Inspire software.

Research activity: • Investigation of the dynamic response, wave propagation and damage in composite structures via in-house Fortran-based code.

Simulation Engineering, Composite Materials, Software Development, Finite Elements Analysis. Dissertation: Modelling and design of multi-stable composite structures.

Dissertation: Wave propagation and damage analysis in metallic and composite aerospace structures via refined structural models.

Dissertation: Methods of reduction of pollutant emissions for gas turbine combustors.