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Industrial novelty dampers by development of advanced materials with high performance under electromagnetic rheological stimulation (IND-DAMPERS)

Ziel

The project addresses the distributing vibrations to man, machinery and structures for reasons of safety, comfort, reliability and for gaining a competitive edge, as it aims at developing a generic technology for the manufacture of purpose-oriented high-performance magnetorheological materials, and to demonstrate their validity through the design and construction of semi-active, real-time controllable dampers. When successful, these innovative systems could be widely used. These dampers require little energy to operate and are by definition fail-proof since in case of failure a passive component is always present. The work will encompass defining the semi-active requirements, proceed over numerical modeling and prototype development to a phase of up-scaling and performance validation.
- Semi-active magnetorheological (MR) damper for high speed trains;
- Semi-active MR force limiter for civic structures and seismic protection;
- Semi-active MR dampers for motorcycles and scooters;
-Techniques and algorithms for MR semi-active control;
- Semi-active MR valve for aircraft;
- Thixotropic magnetorheological fluids, with improved sedimentation stability, based on silicone or mineral;
- Mineral oil based magnetorheological emulsions with wide range of viscosity, for low viscosity applications;
- Method for producing compound particles with enhanced ferromagnetic properties to be used in MR-fluids;
- Method for producing polymer coated ferromagnetic particles for magnetorheological fluid;
- Method for measuring sedimentation rate of magnetorheological fluids;
- Method for measuring viscosity of magnetorheological fluids in magnetic field;
- Magnetorheological solids based on millable rubbers;
- Magnetorheological solids based on two component systems;
- Magnetorheological solids based on thermoplastic elastomers;
- Full scale production methods for thermoplastic MR elastomers;
- Numerical models for MR hydraulic devices.

Wissenschaftliches Gebiet

Programm/Programme

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Aufforderung zur Vorschlagseinreichung

Data not available

Finanzierungsplan

CSC - Cost-sharing contracts

Koordinator

ROYAL INSTITUTE OF TECHNOLOGY
EU-Beitrag
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Adresse
Teknikringen 56-58
100 44 Stockholm
Schweden

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Beteiligte (8)

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Letzte Aktualisierung: 12 April 2005

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Permalink: https://cordis.europa.eu/project/id/G5RD-CT-1999-00125/de

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