1. Materials
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Materials characterization
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Thin films and interfaces
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Mechanics of heterogeneous materials
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Composite, Polymers and Smart Materials
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Cellular materials.
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Nanomaterials.
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Metallurgical processes.
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Innovative materials.
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Biomechanis and Biomaterials
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Material recycling and environmental assessment.
2. Mechanical construction and manufacturing
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Calculation and modeling of structures
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Mechanical design, CAD/CAM
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Robotics
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Additive manufacturing
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Dynamics and vibrations
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Engineering Systems Design and Analysis
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Machining (CNC, optimization of machining parameters, UGV)
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Forming processes for advanced materials.
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Plastic injection.
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Design, modeling, optimization, testing and diagnosis of machining machines.
3. Energetics
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Heat and mass transfer.
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Heat exchangers.
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Fluid dynamics and CFD.
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Renewable energies and sustainable development
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Hydraulic and thermal turbomachines.
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Aerodynamics and aeronautics.
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Biosystems engineering
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Cogeneration of heat and power
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Biomass
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Energy Storage Technologies
