| KEYWORD |
Structural analysis through printed technopolymers for mechanics and aerospace
keywords ADDITIVE MANUFACTURING, AEROSTRUTTURE, DYNAMIC ANALYSIS, FEM SIMULATION, METALS, SENSORS, STATIC ANALYSIS
Reference persons GIORGIO DE PASQUALE
Research Groups 29- SMART STRUCTURES AND SYSTEMS
Thesis type EXPERIMENTAL
Description The thesis concerns the development of a printing and integration process of conductive technopolymers on structural components. The technopolymer is extruded according to predefined paths and shapes, in order to create an integrated sensor on the component.
The technopolymer has electro-mechanical properties dependent on temperature, speed and extrusion pressure.
It will be the student's task to evaluate the performance of the conductive material in various conditions and determine the gain in terms of resistivity/deformation.
The sensor will then be used to carry out static (uni-bi axial) and dynamic analyzes on the response of a structure for mechanical or aeronautical applications.
Required skills Basics of aeronautic structures
Fundamentals of structural mechanics
Fundamentals of material science
Deadline 25/11/2025
PROPONI LA TUA CANDIDATURA