SCOPE AND TOPICS
TOPICS
ICMSAV
Mechanics of Solids
Calculus Methods in Mechanics of Solids
Advanced Mechanics in Robotics;
Tribology and Micro-Nano Systems;
Optimal Design of the Mechanical Systems.
Acoustics and Vibrations
Indoor ambient acoustics;
Acoustics systems of road, air and rail
Vibrations of structural systems
Mechanical vibrations of technological equipment
Isolation and dissipation systems for seismic actions on buildings, bridges and viaducts
Mathematical Modeling in Mechanics of Solids.
COMAT
Composite Application in Automotive Engineering;
Ceramic Matrix Composites and Applications in Power Engines;
Environment and Renewable Energy;
Composites in Civil Engineering;
Composites in Transportation;
Damage and Fatigue of Composites and Applications in Automotive Industry;
Fibres;
Fracture and Failure in Composites;
Interface;
Mechanical Properties of Composites;
Metal Matrix Composites;
Modelling;Nanocomposites;
Natural Composites – Biomaterials;
Non-Destructive Testing of Composites;
Polymer Matrices;Smart Composites;
Composite Materials in Biomechanics Industrial Applications;
Material behaviour including bond, durability, fatigue and long-term performance
Fabrication, processing and testing methods; Full-scale testing;
Analysis and design;
Applications in wood, masonry and steel structures;
Structural shapes and fully composite systems with Applications in Automotive Engineering;
Innovative structural systems;
Sustainability and life-cycle