| KEYWORD |
Design applications of printable foam concrete for the structural and energetic rehabilitation of existing buildings using exoskeleton technology
keywords 3D PRINTING, CONCRETE, EXOSKELETON, RETROFIT
Reference persons LUCIANA RESTUCCIA
External reference persons Dott. Devid Falliano
Thesis type EXPERIMENTAL AND MODELING
Description Engineering of multifunctional panels with high energy performance for the rehabilitation of existing buildings through the use of structural exoskeleton. The lightweight foam concrete panels guarantee mechanical performance comparable to traditional building materials, while combining lightness and the possibility of extrusion through 3D printing processes.
Deadline 28/05/2021
PROPONI LA TUA CANDIDATURA