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TOPIC A : Mechanical Properties of Composite Materials Systems and their application in mechanical constructions (Long fibre reinforced composite materials) (Cardon A.) - Anisotropic elasticity, plasticity and viscoelasticity, development of numerical models for finite element analysis through experimentation, under controlled temperature, moisture and stress/displacement conditions - Mechanical properties of materials, reinforced with long ...

TOPIC A : Mechanical Properties of Composite Materials Systems and their application in mechanical constructions (Long fibre reinforced composite materials) (Cardon A.) - Anisotropic elasticity, plasticity and viscoelasticity, development of numerical models for finite element analysis through experimentation, under controlled temperature, moisture and stress/displacement conditions - Mechanical properties of materials, reinforced with long ...

Research in the Structural Mechanics Section of the Department of Civil Engineering focuses on the static and dynamic analysis of structures. Five related research lines are developed: (1) vibrations in the built environment, (2) vibration based structural identification and evaluation , (3) building acoustics, (4) shape and topology optimization, and (5) computational structural engineering. Model development is supported by laboratory and ...

Mathematical modelling and analysis of processes encountered in the engineering (such as energy, environment, building), technical systems, geosystems, biosystems
Development and analysis of numerical schemes for (ordinary and partial) differential equations such as finite element, finite volume, or discontinuous Galerkin schemes
Development and analysis of iterative/linearization methods