Main directions of scientific activity and teaching aims
- traditional and historical timber structures
- mechanics of wood and wood-based materials
- innovative timber structures (textile, origami based folded plates)
- glued laminated and cross laminated timber
- smart and deployable structures
- tensegrity, tensairity and light-weight structures
- computational methods
Scope of the proposed scientific and research services
- scientific and technical expertise on timber structures
- design projects, modernization and revitalization of timber buildings
- computational modeling of structures (FEM)
- unconventional structures (tensegrity, deployable structures)