- Design of new polymeric composite materials for use in additive manufacturing by material extrusion;
- Experimental analysis of composite materials obtained by rapid manufacturing in order to characterize their elastic and mechanical;
- Design / testing of functional parts made of composite materials with applicability in medicine and engineering;
- Establishing the process parameters in order to optimize the mechanical behavior of the parts, depending on the application requirements;
- Analysis of the biomechanical and mechanical behavior of functional models, by the finite element method (MEF).
Steps:
- – The current stage regarding the composite materials manufactured additive by material extrusion;
– Design of new polymeric composite materials for use in additive manufacturing by material extrusion;
– Experimental and numerical characterization of the mechanical and biomechanical behavior of the obtained materials.
- – Using the results obtained through experimental techniques and numerical analysis to achieve functional models with application in medicine and engineering;
– Optimization of additive manufacturing parameters for obtaining new composite materials and functional parts;
– Analysis by the finite element method of the behavior of the obtained functional models.