Database providing access to the High Technology Network's industrial research offering: research competences, type of analyses and tests available at the Laboratories. Companies can consult the Catalogue to find Laboratories and researchers that match their needs.
Competence
Identification of the constituent materials of the buildings
IN SITU chemical analysis of soluble salts with portable spectrophotometer for the valorization and conservation of cultural heritage
Insulation planning with insulating and structural materials
Integratd energy efficiency and seismic planning
Life cycle analysis of HYDRAULIC INFRASTRUCTURE
Methodologies and models for the analysis of the energetic interaction between territory and built environment
MICROANALYSIS with the portable X-ray fluorescence analyzer
Mineralogical and petrographic analysis in laboratory
Modeling of the components for the integrated water system from the LCA perspective for the optimization of environmental performance, technology and process.
Models for ENERGY PRODUCTION from renewable sources: waves, tides, wind
New building planning Intervention strategies
New building planning prototypes
New buildings components planning (innovative facades, highly efficient sun screen shields, etc.)
Non invasive analysis for the valorization and conservation of cultural heritage
Norms on Methodologies for Measuring Buildings Energy Efficiency
Occasional measuring and / or STREAM MONITORING, solid transport and waves in river and coastal environment .
Optical and electronic microscopy of buildings and cultural heritage
Passiv houses
Physical modeling of traditional and innovative MARITIME INFRASTRUCTURE.
Pre-built structures
Realization of experimental tests on both prefab reinforced concrete and bearing walls construction systems
Specific measures for water systems and water supply networks
Spectroscopic, photographic, radiographic and diagnostic techniques for images for MATERIALS CHARACTERIZATION in cultural heritage conservation
Study of innovative metallic materials (stainless steels, shape-memory alloys, light alloys) with specific mechanical properties and resistance
Study of innovative metallic materials for the heat pumps and use of geothermal energy
Study of innovative non-destructive investigation and semi-destructive techniques for CHARACTERIZATION OF MECHANICAL STRUCTURES
Study of SHAPE-MEMORY ALLOY (Ni-Ti) and their application in the restoration and consolidation of historical structures and monuments.
Support for planning and managing building maintenance of new buildings
Technologies for the SEA BOTTOM MAINTAINING at to the ports' entrance
Testing of DYNAMIC MONITORING on long span bridge
Use of default settings for static and dynamic mechanical stress computation codes