Characterization of alloys from the Al-Si, Al-Cu, Al-Mg systems, obtained by conventional and advanced technologies (melt-spinning). Analysis of solid-state phase transformations in these alloys, in order to optimize the microstructure and improve the mechanical properties, but also to investigate the possibility of their use in thixo-molding processes.
Fiber-reinforced composites used in various fields such as aeronautics, automotive, sports equipment, etc., where weight loss while improving mechanical properties is fundamental.
Development of a new method for assessing ergonomic risks in the industrial field, specific to employees working in narrow spaces with low heights.
Development of innovative products, unconventional manufacturing techniques and rapid prototyping – especially for sound-absorbing panel systems.
Development of surface treatment processes dedicated to improving material properties; synthesis and characterization of thin films obtained by plasma-assisted technological processes (techniques belonging to PVD (Physical Vapor Deposition) and CVD (Chemical Vapor Deposition) methods), diffusion surface treatments, interface processes.
Development and characterization of thin films and nanomaterials, with a focus on TiO₂ films and Zr layers. Areas of interest include acoustic energy harvesting applications, as well as uses of advanced materials in the biomedical field.
Development of a technique for obtaining MgMeN nanocomposite coatings by simultaneous reactive magnetron sputtering, from two targets, with adequate hardness and adhesion to the substrate, with an improved corrosion protection capacity.
Experiments on the influence of the thermochemical layer on fatigue resistance. Using AI to predict fatigue rupture.
The influence of heat treatment parameters through advanced technologies (cryogenic, laser or thermochemical treatments, etc.) on the mechanical and structural properties of special steels and alloys.
Obtaining (by PVD methods) and characterizing thin films with applications targeting their structural, mechanical, tribological, optical characteristics, etc. The influence of the change in the deposition angle on the properties of thin layers based on nitrides, carbides, carbonitrides of some transitional metals.
Obtaining metal foams using various porogenic agents. The foams have potential in applications such as filtration, heat exchange or impact absorber.
Obtaining ceramic composite materials (matrix based on clay, bentonite, silicon carbide or alumina), polymers (reinforced with carbon fibers, glass, kevlar) and eco-composites. These materials are investigated for various applications, from ceramic filters and civil constructions to the automotive field and the production of sound-absorbing panels.
Design and characterization of biomaterials for implants and medical devices, with a focus on biocompatibility, corrosion resistance, tissue integration, as well as the development of bioactive and biodegradable materials with advanced medical uses.
Synthesis, processing and characterization of advanced oxidic materials and nanomaterials with electrical, magnetic, structural and optical functional properties. Studies on defect chemistry, effects of entropy and phase equilibria in perovskitic materials based on BiFeO3, BaTiO3, K0.5Na0.5NbO3and Bi0.5Na0.5TiO3, spinelic materials based on CoFe2O4, CoAl2O4, ZnAl2O4 and fluorite-like structure systems.
Technologies for obtaining metal foams, environmental protection and recycling processes.
Simulation verification of the behavior of certain parts under various conditions of mechanical and thermal stress. The objective is to determine the strength and reliability of components, by using virtual models to predict possible failures and to improve the design.
