Model results for the heating of a fiber-optic cable, to study the heating effect of the PVC tube around which the cable is wrapped to a coil.
- incoming short-wave radiation;
- air temperatures (to compute outgoing long-wave radiation and direct heat transfer to the air);
- wind speed (to compute heat transport by the hot wire anemometer principle).
- temperatures of the glass fiber inside the cable.
Glass fiber temperatures are modeled for a cable that is adhered to a PVC tube and a cable in free air. The differences between both temperatures are compared to actual measurements of the glass fiber temperatures obtained by fiber-optic Distributed Temperature Sensing.
|Date made available||2015|
|Publisher||TU Delft - 4TU Centre for research data|
|Date of data production||2015|
|Geographical coverage||Amalia van Solmslaan pond, Delft|
Hilgersom, K. P. (. (Creator), Berghuijs, W. (Creator), Solcerova, A. (. (Creator), van Emmerik, T. H. M. (. (Creator) (2015). Thermal energy balance model of a fiber-optic cable; data from a shallow urban pond, Delft. TU Delft - 4TU Centre for research data. 10.4121/UUID:A946ECA5-0901-4A09-A95A-0C028A6B1853