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Research

Research fields of CIRI MAM grouped into Operative Units.
  • Automation, robotics and mechatronics
  • Advanced materials and nautical applications
  • Advanced materials, design and photonic applications
  • Structured and/or composite materials for advanced applications
  • Virtual prototyping and experimental modelling of mechanical systems
  • Innovative technologies for fashion

    Automation, robotics and mechatronics

    Scientific Coordinator Prof. Claudio Melchiorri

    Special-purpose processors and embedded multi-core systems, with real-time operating systems, for industrial automation. Design of automatic machines control software, approaches “model-driven engineering” based, patterns “machine-independent & platform-independent”. System diagnostic and supervision methods. Control architectures, electric components and electrochemical accumulation systems for electric vehicles. Energy conversion systems and coordinated motion control systems. Robotic and mechatronics systems with advances features for safe interaction with users, autonomous mobile robots modelling.

    Development of:

    • propulsion systems for low environmental impact vehicles;
    • energy accumulation and conversion systems and their integration;
    • low-capacity wind power generation systems;
    • photovoltaic systems;
    • variable speed hydroelectric generation systems;
    • energy saving systems;
    • energy-efficient systems for electric and hybrid propulsion.

    Advanced materials and nautical applications

    Scientific Coordinator Prof. Alfredo Liverani

    The aim of the unit is the study of advanced solutions in the fields of composite materials, computational fluid-dynamics, advanced design methods and sensor technologies, in order to obtain more performance and eco-friendly boats of lighter and cheaper construction. In particular we develop:

    • advanced design systems, capable of multi-parameter optimization of complex dynamic systems and use of automated simulation (Simulation Driven Design);
    • structural calculation systems extending Finite Element Methods (FEM) to the specifics of composite materials and complex structures, like marine ones;
    • methods of Computational Fluid-Dynamics (CFD) applied to advanced problems of two-phase flows and Fluid Structure Interaction, either with traditional formulations (RANS, potential) or with innovative ones (SPH, Vortex Methods);
    • innovative and eco-friendly composite materials, and related production and recycling processes;
    • instrumental systems of nautical sensor technology and computer vision, as well as quality control system for composite structures;
    • virtual prototyping and photorealistic visualization;

    The industrial field targeted for applications are:

    • Marine industry, automotive e aeronautics
    • Composite materials
    • Environmental and energy saving industrial field

     

    Advanced materials, design and photonic applications

    Scientific Coordinator Prof. Vittorio Colombo

    • Advanced design of product and process oriented to innovative materials, new technologies and innovative assembly tecniques;
    • Mechanical, micro-structural, chemical-physical characterization, for non conventional materials;
    • Photonic applications and laser processing technologies;
    • Innovative processes for the development of advanced material.

     

    Structured and/or composite materials for advanced applications

    Scientific Coordinator Prof. Angelo Casagrande

    The aims of the Operating Unit are:

    • Design, innovative synthesis and characterization of nanomaterials for industrial application in diagnostic, medical science, energy and environment, functionalized polymeric materials, etc.
    • Study of advanced composite materials with matrices and reinforcements of different chemical nature for automotive and nautical field.
    • Production of raw materials and syngas from recycled materials.

     

    The fields of interest are:

    • Chemistry of process
    • Auto motive and nautical sector
    • Packaging
    • Diagnostics and biomedical field
    • Industrial catalyst
    • Photolithography and protective coating
    • Plastics, ceramics and composite materials
    • Food industry
    • Metallurgy and advanced mechanics
    • Electronic, energetic and environment sectors

     

    Virtual prototyping and experimental modelling of mechanical systems

    Scientific Coordinator Prof. Giuseppe Catania

    • Characterisation of the vibro-acoustic behaviour of machine, mechanisms and devices;
    • Experimental analysis of vibrations and experimental modal analysis;
    • Monitoring and diagnostic of mechanical components;
    • Characterisation of the mechanical properties of materials.

     

    Innovative technologies for fashion

    Scientific Coordinator Prof. Vincenzo Tumiatti

    • Studies on chemical and toxicological migration and characterization;
    • Toxicological studies: definition of the toxicological profile of substances released by fabrics;
    • Morphological and ultra-structural study of fabrics and materials and analysis of cloth biocompatibility.

Contacts

Prof. Luca Tomesani

Director

Viale Risorgimento, 2

40136 - Bologna (BO), Italy