Multilayered bimetallic composites produced by Asymmetric Accumulative Roll BondingThe present work is part of a major project called “Innovative Design of Multicomponent Materials Using Severe Plastic Deformation Methods”. Three innovative components of this project should be highlighted as fundamental research and will be a major scientific contribution to the fundamental knowledge, they are:- Manipulation of the properties of multicomponent materials by changing the shape, length scale and geometrical pattern of their constituents;- Understanding of the physical mechanisms of low temperature diffusion bonding of dissimilar metals with simultaneous grain refinement under severe plastic deformation;- Development of a model for constitutive behavior of multicomponent materials with interface layers, to be incorporated into novel FE code.

Lecturing subjects in the field of Engineering• Solid Mechanics• Experimental Physics - Ondulatory and Heat transfer.

Associate researcher working within the CCDM metals division. Focused in Mechanical Testing and Chemical Analysis for Biomedical devices and Implants (primary materials and final products) being in direct contact with several companies of the medical devices, orthodontic and orthopedic implants fields. Direct contact with clients aimed at the correct definition of analyses’ scopes, technical and feasibility evaluation of several materials and products, as well as interpretation of results, elaboration of technical reports in the areas of raw material and products characterization, involving micro/macrostructural analyses, mechanical testing and corrosion testing.

Lecturing subjects in the field of Materials Engineering• Thermodynamics of Solids• Science and Technology of Materials• Mechanics of Materials

Lecturing subjects in the field of Engineering• Metrology• Experimental physics - Electricity and Magnetism