Inhaltszusammenfassung

Subject of this research was the influence of fabric-ties on the performance of woven-in fiber optics. For this, several weaving experiments with a semi-automatic loom and other necessary experiments were performed. After weaving of glass fiber fabric, it was included into a composite part produced with the "VARTM"-process in order to assess the transmission of light in optical fibers. Finally, the composite part was cut into small pieces and polished for cross-sections, which were evaluated ...Subject of this research was the influence of fabric-ties on the performance of woven-in fiber optics. For this, several weaving experiments with a semi-automatic loom and other necessary experiments were performed. After weaving of glass fiber fabric, it was included into a composite part produced with the "VARTM"-process in order to assess the transmission of light in optical fibers. Finally, the composite part was cut into small pieces and polished for cross-sections, which were evaluated by microscopy. At the end a fabric modell was to be created to draw conclusions from the yarn thickness to the fabric tie needed to avoid energy loss. Later, fabrics with woven-in fiber optics should be equiped with optical sensors in order to controll parts during use. Thus, possiblities for the sensor fastening in fabrics were investigated.» weiterlesen» einklappen

Autoren

Klassifikation

DFG Fachgebiet:
Materialwissenschaft

DDC Sachgruppe:
Ingenieurwissenschaften