Relatori

6 lectures on: Metamaterials through topologically interlocked building blocks. Tessellations, periodicity, and periodicity for building block assemblies. Mechanics of periodic topological interlocked assemblies. Strength and toughness. Mechanics of nonpe

5 lectures on: Static and dynamical behavior of architected materials considering size effects - Applications in biomechanics. Micromechanical models of architected materials and metamaterials. Introduction to multiscale topology optimization methods – Ca

5 lectures on: Design, manufacturing and computational aspects of architected materials and metamaterials. Design and manufacturing of architectured materials and metamaterials. Computational mechanics for architectured materials and metamaterials. Instab

6 lectures on: Multiphysical behavior of architected materials. Piezoelectric and flexoelectric response of AM. Homogenization schemes in the multiphysical contex. Enriched constitutive models: Cosserat, micromorphic. Large strains models of soft AM. Vibr

5 lectures on: Effective properties of elastic and dissipat ive metamaterials. Granular micromechanics to calculate effective properties of metamaterials. Micromechanics homogenization for pantographic structures. Dynamic behavior. Reversible elastic and

5 lectures on: Network materials as architectured materials and metamaterials. Mechanical behavior of stochastic network materials: small and large strains. Damage accumulation and rupture; strength and toughness. Role of architecture in network materials