We develop lightweight, reliable and quiet polymeric structures. Prediction of its behaviour using digitalization techniques
We research in three main fields of application relationed through the development of multimaterial product and processes, considering the scalability of the process:
THERMOPLASTICS
Structural reliability and functionality
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Thermoplastic based composite materials
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Short, long and continuous fibre
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Advanced manufacturing processes
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Characterization and integrative simulation
THERMOSETS
Lightweighting and high-perfomance
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Reinforced materials with discontinuous fibre
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Compression-molding process
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Thermomechanical, Physical and Rheological characterization
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Digitalization of the behaviour
ELASTOMERS
Vibration absorption and durabillity
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Rubber and thermoplastic elastomers
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Structural vibration damping
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Dynamic properties and fatigue-life characterization and digitalization
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Advanced material models
Integral service
Key facilities that support our researching activity
Polymer and composites transformation workshop: Vertical press-injetion machine, composites cell, material formulation lines
Digitalization using advanced software (Digimat, Creo, Moldflow, 3DTimon, Abaqus, Ansys)
Characterization Labs: DMA+300 1000 Hz-300 N, Digital Image Correlation DIC
Result oriented R&D+i
From the scientific research to the transport industry
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Strategic collaborations with companies and international reference centres
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European projects participation and coordination (HORIZON EUROPE,...)
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25 People highly qualified team with experience in technology transfer
PROJECTS
we are working on
PLASTIGARBI
Cross-border technological cooperation for the development of a value chain centred on the collection, treatment and recovery of marine and river plastic waste
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