Prevention df serious damage of composite structures might be achieved by inspecting the structural integrity during exploitation. This paper decribes the design and development of a promising optical fiber sensor system for low velocity impact detection in unidirectional composite that does not have a laminate structure. Obtained results showed that light in multimode fibers embedded in glass-fiber reinforced epoxy unidirectional composites is attenuated during the time of the impact load. Microstructural analysis of the fracture surfaces obtained from mechanically fractured samples was carried out to examine the failure mode of the composite host with embedded optical fibers.
TY - JOUR
AU - Uskoković, Petar S.
AU - Brajović, Ljiljana
AU - Simić, M
AU - Putić, S
AU - Aleksić, Radoslav
PY - 2000
UR - http://grafar.grf.bg.ac.rs/handle/123456789/14
AB - Prevention df serious damage of composite structures might be achieved by inspecting the structural integrity during exploitation. This paper decribes the design and development of a promising optical fiber sensor system for low velocity impact detection in unidirectional composite that does not have a laminate structure. Obtained results showed that light in multimode fibers embedded in glass-fiber reinforced epoxy unidirectional composites is attenuated during the time of the impact load. Microstructural analysis of the fracture surfaces obtained from mechanically fractured samples was carried out to examine the failure mode of the composite host with embedded optical fibers.
T2 - Advanced Composite Materials
T1 - An intensity based optical fiber sensor for low velocity impact detection in unidirectional composites
EP - 185
IS - 3
SP - 175
VL - 9
DO - 10.1163/15685510051033340
ER -
@article{
author = "Uskoković, Petar S. and Brajović, Ljiljana and Simić, M and Putić, S and Aleksić, Radoslav",
year = "2000",
url = "http://grafar.grf.bg.ac.rs/handle/123456789/14",
abstract = "Prevention df serious damage of composite structures might be achieved by inspecting the structural integrity during exploitation. This paper decribes the design and development of a promising optical fiber sensor system for low velocity impact detection in unidirectional composite that does not have a laminate structure. Obtained results showed that light in multimode fibers embedded in glass-fiber reinforced epoxy unidirectional composites is attenuated during the time of the impact load. Microstructural analysis of the fracture surfaces obtained from mechanically fractured samples was carried out to examine the failure mode of the composite host with embedded optical fibers.",
journal = "Advanced Composite Materials",
title = "An intensity based optical fiber sensor for low velocity impact detection in unidirectional composites",
pages = "185-175",
number = "3",
volume = "9",
doi = "10.1163/15685510051033340"
}
Uskoković, P. S., Brajović, L., Simić, M., Putić, S.,& Aleksić, R. (2000). An intensity based optical fiber sensor for low velocity impact detection in unidirectional composites.
Advanced Composite Materials, 9(3), 175-185.
https://doi.org/10.1163/15685510051033340
Uskoković PS, Brajović L, Simić M, Putić S, Aleksić R. An intensity based optical fiber sensor for low velocity impact detection in unidirectional composites. Advanced Composite Materials. 2000;9(3):175-185
Uskoković Petar S., Brajović Ljiljana, Simić M, Putić S, Aleksić Radoslav, "An intensity based optical fiber sensor for low velocity impact detection in unidirectional composites" Advanced Composite Materials, 9, no. 3 (2000):175-185,
https://doi.org/10.1163/15685510051033340 .
