SCOPE AND TOPICS

q  Experimental Methods involved in validation of Computational Methods

• q Finite Element Method, Boundary Element Methods, Mesh less Methods, Multiscale Methods, Optimization Methods and Sensitivities, Discretization Methods, Mathematical Foundations, High Performance Computing, Inverse Problem, Visualization;

• q Experimental Methods involved in Computational Solid Mechanics (Material Modelling, Finite Deformations and Localization, Micromechanics and Multiscale Modelling, Nanomechanics, Nonlinear Analysis of Structures, Multibody Dynamics and Robotics, Composite Structures, Structural Optimization);

• q Experimental Methods applied in Composites Materials and Industrial Engineering Applications;

• q  Experimental Methods applied in Biomechanics (Biosolid Modelling, Modelling of Biofluids, Multiscale Modelling, Medical Imaging and Modelling, Medical Applications);

• q General Engineering problems solved by mean of Classical and Modern Experimental Methods.