Lastaktive Hybridrotationsstruktur
Research output: Intellectual Property › Patent application/Patent
Contributors
Abstract
A fibre-reinforced alloy compound rotor (2) has fibre-reinforced supports (3) with integrated functional fibres and layers (4,5,7) of fibres, ceramics, polymers or metal alloys triggered by electrical, magnetic, temperature, chemical or ray-induced effects. The integrated functional fibres and layers are connected to an online control for avoiding dangerous states of stress arising from operating or internal stress caused by manufacture.
| Translated title of the contribution | Active-load hybrid rotating fibre-reinforced alloy compound rotor structure for fitting with rotating components has supports with integrated functional fibres and layers of fibres, ceramics, polymers or metal alloys. |
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Details
A fibre-reinforced alloy compound rotor (2) has fibre-reinforced supports (3) with integrated functional fibres and layers (4,5,7) of fibres, ceramics, polymers or metal alloys triggered by electrical, magnetic, temperature, chemical or ray-induced effects. The integrated functional fibres and layers are connected to an online control for avoiding dangerous states of stress arising from operating or internal stress caused by manufacture.
| Original language | German |
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| IPC (International Patent Classification) | G 05 D 15/01 |
| Patent number | DE 1 99 08972 |
| Filing date | 2 Mar 1999 |
| Country/Territory | Germany |
| Publication status | E-pub ahead of print - 14 Sept 2000 |
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