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
Acoustic analyses in anechoic and semi-anechoic chamber according to standards
Active control of noise and vibration
Agile software engineering
Anti-vibration systems: design and installation criteria
Balancing
Chatter in machining processes: analysis and reduction
Compliant joints: design and dynamics
Contactless experimental vibration measurements using laser doppler vibrometers
Dynamic / elastodynamic analysis and control (multibody models, lumped-parameter models, etc.)
Dynamic Modeling
Enterprise interoperability
Experimental modal analysis
Experimental noise mapping of industrial products and machinery
Fault detection and industrial control
Haptic interfaces and force control
Human robot interaction
Hw / sw customized systems for vibro-acoustic measurements: realization and implementation
Improving the dynamic performance of products or production processes by simulation and / or test
IT standardization and protocols
Manipulation and impendence control
Mechanical transmissions: dynamics and control
Mobile agent infrastructures
Mobile robots
Open source software
Optimal control and parameter identification
Product Sound Quality: binaural measurements, metrics and psychoacoustic tests
Reducing noise and vibration (NVH) in industrial products and processes by simulation and / or test
Reliable-adaptive collaboration interfaces
Robot Intelligence and Learning
Rotating machinery: measurements of the irregularity of the rotational speed and torsional vibrations
Semantic and standard aware interoperability
Service-Oriented Computing and Agent-Oriented Programming
Situational Method Engineering
Software Agent technologies and methodologies
Software product lines
Testing and certification
Transfer Path Analysis (TPA)
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