Dipartimento di Ingegneria Strutturale (DIS)

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Il Dipartimento di Ingegneria Strutturale (DIS) è situato nello storico recinto del Campus Leonardo ed occupa un edificio a corte, di tre piani, collegato ad un Laboratorio che si sviluppa su quasi tutto il fronte di Via Celoria. Il Dipartimento svolge attività di ricerca sul comportamento meccanico, in campo statico e dinamico dei terreni, delle costruzioni civili ed industriali e dei sistemi biologici.

Direttore

Prof. Marco Di Prisco

Sede

Piazza Leonardo da Vinci 32, 20133 Milano

Contatti

Telefono: 02.2399.4202 Fax: 02.2399.4300
Sito web: http://www.stru.polimi.it
Email: direzione@stru.polimi.it

Gruppi di ricerca

Computational Mechanics for industrial applications
Constitutive Modelling of Geomaterials
Damage Phenomena in Historical Masonry
Development of diagnostic methods and strategies
Development of Geophysical Methods for Environmental and Engineering Applications.
Dynamic assessment of bridges and large structures
Dynamic modelling and response of elastic structures
Energy Absorbers for the Seismic Protection of New and Existing Structures
Engineering Seismology
Environmental Geomechanics
Hazard and vulnerability
Hazardous-waste barriers made of reinforced concrete
High-Performance Cementitious Materials, Metallic and FRP Reinforcements, and Special Fastening Systems
In vitro testing and numerical modelling of medical devices
Large-Scale Structures : Time-Dependent Behavior and Stability
Life-Cycle Oriented Methods for Structural Analysis and Design of Bridges
Macroscale Mechanistic Modelling of Structured Materials
Material behavior and durability of R/C and P/C structures
Metal-Ceramic Composites
Micro Electro Mechanical Systems (MEMS)
Micromechanics of Biological Structures
Micromechanics of Biomaterials
Multilevel approach to the vulnerability analysis of historic masonry buildings
Patient-specific modelling for surgical planning
Precast Concrete Structures
Seismic Behaviour of R. C. Walls
Seismic displacement-based designans assesment of bridges
Sliding materials
Soil Improvement, Geotechnical Rehabilitation Works of Underground Structures and Earthquake Effects
Soil-structure interaction
Steel and Timber Structures in Seismic Areas
Stochastic Dynamics Theory and Viscoelasticity
Structural Composite Laminates
Structural damage assessment and rehabilitation
Structural safety assessment of concrete dams
Teaching Tools
Technologies for life support systems
Technologies for regenerative medicine