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
Massive deformation processes (forging, pressing, rolling mill, extrusion, drawing, etc.)
Mechanical transmissions: dynamics and control
Melting processes (in sand, in shell, die casting, investment casting, etc.)
Microprocessing (micro-milling, -drilling, -laser, -waterjet, etc.)
Non-conventional machining processes (laser, plasma, waterjet, chemical and electrochemical , ultrasonic, electrical discharge, etc.)
Optimization of energy consumption
Processes of ceramic materials production / machining (massive, dense / porous, thick films, etc.)
Processes of powder sintering
Processes of production / machining of products in glass
Processes of production / machining of products in polymer materials
Processes of production / machining of products of composite materials
Processes of recovery and recycling of materials / products
Product Sound Quality: binaural measurements, metrics and psychoacoustic tests
Production planning (cell and processing lines configuration, scheduling, reconfigurability, adaptivity, lean production, etc.)
Reducing noise and vibration (NVH) in industrial products and processes by simulation and / or test
Reliability and quality of the finished product / process
Rotating machinery: measurements of the irregularity of the rotational speed and torsional vibrations
Scaffold or substrate identification (cardiac cells)
Scaffold or substrate identification (nervous cells)
Scaffold or substrate identification (skeletal muscle cells)
Sheet metal forming processes (stamping, cutting, bending, hydroforming, etc.)
Surface treatments of chemical and physical functionalization of materials (texturing, SOL-GEL, plasma activation, etc.)
Transfer Path Analysis (TPA)
Treatments of surface modification for metallic materials (thermochemical, conversion, CVD, PVD, electroplating, etc.)
Unconventional welding processes (laser, plasma, ultrasound, electron beam, etc.)
Use of multi-layer sound-proofing materials: acoustic optimization through modeling and / or tests
Use of poroelastic and viscoelastic materials: acoustic and physical characterization; modeling of sound propagation
Vibration and fatigue life tests on electrodynamic shaker systems
Vibration diagnostics and quality control: hw/sw solutions for the detection of defects and malfunctions
Vibro-acoustic experimental characterization of product
Vibro-acoustic simulation: Finite Element models (FEM), Boundary Element models (BEM), Statistical Energy Analysis (SEA), Ray-tracing