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2023 | 4 | 2 | 253-265

Article title

Possibilities of using thermal imaging to diagnose fuel installations and distribution equipment in aviation units

Content

Title variants

PL
Możliwości wykorzystania termowizji do diagnostyki instalacji paliwowych i sprzętu dystrybucyjnego w jednostkach lotniczych

Languages of publication

Abstracts

PL
Zagrożenie pożarowe to jedno z głównych zagrożeń występujących w procesie zabezpieczenia jednostek wojskowych w paliwa płynne. Ze względu na ilość i intensywność zużywanego paliwa rodzajem Sił Zbrojnych, gdzie to zagrożenie występuje, jest lotnictwo. W celu ograniczenia wystąpienia tego zagrożenia przyjęto założenie, że zastosowanie kamery termowizyjnej do diagnostyki i oceny sprawności sprzętu i infrastruktury paliwowej na lotniskach wojskowych jest możliwe. Na podstawie przeprowadzonych badań przy użyciu tego typu kamery na dwóch obiektach lotniskowych potwierdzono możliwość realizacji diagnostyki oraz oceny sprawności sprzętu.
EN
The fire hazard is one of the main threats occurring in the process of securing military units' liquid fuels. Due to the quantity and intensity of fuel consumption, aviation is the branch of the Armed Forces where this threat occurs. In order to reduce the occurrence of this hazard, it was assumed that the use of a thermal imaging camera for diagnostics and assessment of the efficiency of equipment and fuel infrastructure at military airports is possible. Based on the conducted research using this type of camera at two airport facilities, the possibility of carrying out diagnostics and assessing equipment efficiency has been confirmed.

Year

Volume

4

Issue

2

Pages

253-265

Physical description

Dates

published
2023

Contributors

  • Polish Air Force University
  • Polish Air Force University
  • Polish Air Force University

References

  • Compendium of a military logistician, General Staff of Polish Armed Forces, Warsaw 2014.
  • Górska K., Górski W., Propellants and lubricants, Transport and Communication Publishers, Warsaw 1986.
  • Herbut J., Mazur D., Walczak J., Thermal imaging as a diagnostic method,. scientific yearbook Zoot. Vol. 33, issue 2, 2006.
  • Hulewicz A., Thermal imaging diagnostics in electrical engineering, Poznań University of Technology Academic Journals No. 89, Electrical Engineering 2017.
  • Journal of Laws 2014, item 1853, Announcement of the Minister of Economy of August 14, 2014, regarding the announcement of the uniform text of the regulation of the Minister of Economy on the technical conditions to be met by liquid fuel bases and stations, long-distance transmission pipelines for the transport of crude oil and petroleum products and their location.
  • Jońska M., The concept of using thermal imaging to diagnose fuel installations and distribution equipment. Engineering work. Unpublished item, Dęblin 2023.
  • Konieczka R., Aircraft maintenance standards. Storage of aviation products. Silesian University of Technology Publishing House, Gliwice 2021.
  • Kowalczyk S., The impact of adopting a constant fuel density value on the accuracy of the volume presented in liquid fuel meters at the base temperature, scientific yearbook, Mechanics department of the Central Office of Measures GUM.
  • Ling S., Moebs W., Sanny J., Physics for higher education Volume 3, 16.5 The spectrum of electromagnetic radiation.
  • Rudkowski G., Thermal vision and its applications, Transport and Communication Publishers, Warsaw 1978.
  • Testo 882 thermal imaging camera manual.

Document Type

Publication order reference

Identifiers

Biblioteka Nauki
56403067

YADDA identifier

bwmeta1.element.ojs-doi-10_55676_asi_v4i2_68
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