A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Structural health monitoring of membranes and fiber-reinforced plastics by textile-technically integrated carbon filament based sensors and -networks
The structural health monitoring for fiber-reinforced plastics (FRP), as well as the monitoring of textile membranes for architectural applications, plays a crucial role for the further advancement of lightweight design approaches. It is only through structurally integrated condition monitoring systems, that damages can be detected early on, thus enabling the possibility of local repairs before complete structural failure occurs. Furthermore, mechanical stress conditions can be measured simultaneously using piezo-resistive carbon filament yarns (CFY) as strain sensors, integrated in the load bearing areas of FRP's or membrane's textile reinforcement during their manufacturing. Straining of CFY generates gaugeable potential differences, when using them as resistance in WHEATSTONE bridge. The electrical bridge detuning can be mapped to the elongation of the FRP component.
Structural health monitoring of membranes and fiber-reinforced plastics by textile-technically integrated carbon filament based sensors and -networks
The structural health monitoring for fiber-reinforced plastics (FRP), as well as the monitoring of textile membranes for architectural applications, plays a crucial role for the further advancement of lightweight design approaches. It is only through structurally integrated condition monitoring systems, that damages can be detected early on, thus enabling the possibility of local repairs before complete structural failure occurs. Furthermore, mechanical stress conditions can be measured simultaneously using piezo-resistive carbon filament yarns (CFY) as strain sensors, integrated in the load bearing areas of FRP's or membrane's textile reinforcement during their manufacturing. Straining of CFY generates gaugeable potential differences, when using them as resistance in WHEATSTONE bridge. The electrical bridge detuning can be mapped to the elongation of the FRP component.
Structural health monitoring of membranes and fiber-reinforced plastics by textile-technically integrated carbon filament based sensors and -networks
Strukturüberwachung von Membranen und Fkv durch textiltechnisch integrierte CF-basierte Sensoren und -netzwerke
Häntzsche, Eric (author) / Bardl, Georg (author) / Ruder, Tristan (author) / Nocke, Andreas (author) / Cherif, Chokri (author)
2013
4 Seiten, 10 Bilder, 2 Quellen
(nicht paginiert)
Conference paper
Storage medium
English , German
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