Dynamic response of graded tensegrity-inspired
cellular lattices with extremal properties.
The project TIGeR (Tensegrity-Inspired Graded metamateRials) is dedicated to studying the dynamic response of graded tensegrity-inspired cellular metamaterials with extremal properties, aimed at applications in various vibration isolation systems. The main focus is two aspects: 1) development of an algorithm for describing the dynamic response of the investigated lattices, accounting for different properties of specific sub-regions of graded cellular systems; 2) experimental testing of the dynamic response of graded tensegrity-inspired lattices produced with the use of additive manufacturing technology under different types of dynamic loads.
Team
PROJECT COORDINATOR
Anna Al Sabouni-Zawadzka
Associate Professor at the Warsaw University of Technology specialising in tensegrity structures, mechanical metamaterials, and timber engineering.
CO-INVESTIGATOR
Wojciech Gilewski
Full Professor at the Warsaw University of Technology specialising in finite element analysis, structural mechanics, and computational modelling.
PhD STUDENT
Maciej Kołodziejczak
PhD Student at the Warsaw University of Technology, focusing on structural analysis and computational mechanics of materials and structures.
Contact
Whether you’re ready to kick off a project, want to collaborate, or just want to say hey — I’d love to hear from you.
anna.zawadzka@pw.edu.pl
Project funded by the National Science Centre under the OPUS-28 call.
Project realised at the Faculty of Civil Engineering at the Warsaw University of Technology.
