Publication result detail

EVALUATION OF 3D PRINTING USE FOR MULTINATIONAL ARMED FORCES LOGISTIC PROCESSES IN CRISIS SITUATIONS

BINAR, T.; VAŠÍKOVÁ, S.; ŠAFL, P.; TALÁR, J.; KUTIL, R.

Original Title

EVALUATION OF 3D PRINTING USE FOR MULTINATIONAL ARMED FORCES LOGISTIC PROCESSES IN CRISIS SITUATIONS

English Title

EVALUATION OF 3D PRINTING USE FOR MULTINATIONAL ARMED FORCES LOGISTIC PROCESSES IN CRISIS SITUATIONS

Type

WoS Article

Original Abstract

3D printing technology could be an option for the delivery of spare parts in a multinational army supply process, especially in crisis situations, when specific spare parts need to be available as soon as possible. The article deals with the selection of fused filament fabrication as an appropriate method for that purpose by comparing its advantages and disadvantages, as well as the best material (Nylon CF15 Carbon) based on important mechanical properties using the comparative and Saaty's methods. Several samples were made to be exposed to UV radiation in a climate chamber (Q-LAB Q-SUN-Xe3 equipped with a DAYLIGHT-Q filter) and tested according to the ASTM D2565 and ASTM D4459 standards. To compare the mechanical properties of the samples exposed to UV radiation with those of the unexposed ones, a tensile test was done according to the CSN EN ISO 527-2 standard. Finally, the specific spare part was designed and 3D printed, and the delivery times of the standard supply period were compared with those of the 3D printing technology.

English abstract

3D printing technology could be an option for the delivery of spare parts in a multinational army supply process, especially in crisis situations, when specific spare parts need to be available as soon as possible. The article deals with the selection of fused filament fabrication as an appropriate method for that purpose by comparing its advantages and disadvantages, as well as the best material (Nylon CF15 Carbon) based on important mechanical properties using the comparative and Saaty's methods. Several samples were made to be exposed to UV radiation in a climate chamber (Q-LAB Q-SUN-Xe3 equipped with a DAYLIGHT-Q filter) and tested according to the ASTM D2565 and ASTM D4459 standards. To compare the mechanical properties of the samples exposed to UV radiation with those of the unexposed ones, a tensile test was done according to the CSN EN ISO 527-2 standard. Finally, the specific spare part was designed and 3D printed, and the delivery times of the standard supply period were compared with those of the 3D printing technology.

Keywords

3D printing; Fused deposition modelling; UV radiation of plastics; climate chamber testing; Saaty's method

Key words in English

3D printing; Fused deposition modelling; UV radiation of plastics; climate chamber testing; Saaty's method

Authors

BINAR, T.; VAŠÍKOVÁ, S.; ŠAFL, P.; TALÁR, J.; KUTIL, R.

RIV year

2026

Released

28.09.2023

Publisher

UNIV ZAGREB FAC MECHANICAL ENGINEERING & NAVAL ARCHITECTURE

Periodical

Transactions of FAMENA

Volume

47

Number

4

State

Republic of Croatia

Pages from

71

Pages to

86

Pages count

16

URL

https://hrcak.srce.hr/clanak/447460

BibTex

@article{BUT187463,
  author="Tomáš {Binar} and Simona {Vašíková} and Pavel {Šafl} and Jaroslav {Talár} and Robert {Kutil}",
  title="EVALUATION OF 3D PRINTING USE FOR MULTINATIONAL ARMED FORCES LOGISTIC PROCESSES IN CRISIS SITUATIONS",
  journal="Transactions of FAMENA",
  year="2023",
  volume="47",
  number="4",
  pages="71--86",
  doi="10.21278/TOF.474047622",
  issn="1333-1124",
  url="https://hrcak.srce.hr/clanak/447460"
}