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Journals
Journal of Military Studies
Volume 11 (2022): Issue 1 (December 2022)
Open Access
Supporting military maintenance and repair with additive manufacturing
Samu Rautio
Samu Rautio
and
Ilari Valtonen
Ilari Valtonen
| Jul 27, 2022
Journal of Military Studies
Volume 11 (2022): Issue 1 (December 2022)
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Article Category:
Original study
Published Online:
Jul 27, 2022
Page range:
23 - 36
Received:
Apr 26, 2021
Accepted:
Feb 11, 2022
DOI:
https://doi.org/10.2478/jms-2022-0003
Keywords
maintenance and repair
,
military logistic
,
additive manufacturing
,
system analysis
,
system designs
© 2022 Samu Rautio et al., published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
Fig. 1
Basic model. APC, armored personnel carrier. Modified from (Pejić-Bach and Čerić 2007).
Fig. 2
Maintenance process from spare parts view. APC, armored personnel carrier.
Fig. 3
AM in maintenance model. AM, additive manufacturing; APC, armored personnel carrier. Modified from (Pejić-Bach and Čerić 2007).
Pic. 1
Simulation process.
Pic. 2
Model, Left the model where there is no 3D printer in the maintenance site, Right the model where there are four 3D printers.
Pic. 3
(a) Rear door interior handle (b) 20 printed Fasteners (c) Air Firing Hatch Retainer (d) Fuel valve handle (e) Pulley.
Fig. 4
Number of damaged vehicles.
Fig. 5
Spare parts in case 1. APC, armored personnel carrier.
Fig. 6
Repaired vehicles with one 3D-printing station. APC, armored personnel carrier.
Fig. 7
Repaired vehicles with four 3D-printing stations. APC, armored personnel carrier.
Primary and secondary variables
Variables
Primary
Secondary
Personnel
Doctrine
Time
Price
Demand
Organization
Supply
Logistics
Supplier
Data
Facilities