Traditional lectures (44 hours) and classroom discussion of the project selected by each student (4 hours).
Composite structure, matrix and reinforcement core, anisotropy properties of composite materials to be applied to bioapplications. Carbon based material, different typologies of Carbon Fibers, Pitch and Pan, fiber and matrix creation. Techniques, methods to build a composite material. Polymer based materials for scaffolding, mechanical and chemical properties toward adhesion issues. Scaffold absorption and desorption. Techniques to make scaffolds: 3D printing, Rapid Prototyping, porogen diffusion
FABRIZIO BARBERIS (President)
RODOLFO BOTTER
PIETRO MARCO CAPURRO
COMPOSITE MATERIALS FOR BIOAPPLICATIONS
Oral Exam
