@article{ART003114977},
author={Kim, Yong and Kim, Daewoong and Jeong, Dohyeon},
title={Feasibility and foundational elements of CBM+ technology application in weapon systems},
journal={Journal of Advances in Military Studies},
issn={2635-5531},
year={2024},
volume={7},
number={2},
pages={29-54},
doi={10.37944/jams.v7i2.243}
TY - JOUR
AU - Kim, Yong
AU - Kim, Daewoong
AU - Jeong, Dohyeon
TI - Feasibility and foundational elements of CBM+ technology application in weapon systems
JO - Journal of Advances in Military Studies
PY - 2024
VL - 7
IS - 2
PB - Institute of Defense Acquisition Program
SP - 29
EP - 54
SN - 2635-5531
AB - The maintenance strategies of weapon systems have evolved from corrective maintenance post-failure to time-based preventive maintenance, driven by the growing adoption of diagnostic technologies and data utilization. Currently, there is a transition to Condition-Based Maintenance (CBM) and, where applicable, Condition-Based Maintenance Plus (CBM+). This study investigated the feasibility of applying CBM+ technology using sensor data from weapon systems and explored methods for implementing the related foundational elements. First, the feasibility of CBM+ technology was confirmed by integrating data collection devices into the engine components of selected weapon systems, enabling sensor data collection and monitoring. Second, empirical evidence was gathered on the foundational elements necessary for the broader adoption of CBM+ technology. Practical application methods were proposed based on this evidence, including criteria for implementing CBM+ technology in major operational weapon systems, estimation of sensor data capacity, network methods for data transmission and collection, and the standardization of sensor data. The study’s findings are expected to provide reference points for selecting target weapon systems for the development and application of CBM+ technology, as well as outline essential foundational elements, such as security, networking, and data standardization, critical for leveraging related technologies.
KW - weapon system;condition-based maintenance plus (CBM+);sustainment;sensor data
DO - 10.37944/jams.v7i2.243
ER -
Kim, Yong, Kim, Daewoong and Jeong, Dohyeon. (2024). Feasibility and foundational elements of CBM+ technology application in weapon systems. Journal of Advances in Military Studies, 7(2), 29-54.
Kim, Yong, Kim, Daewoong and Jeong, Dohyeon. 2024, "Feasibility and foundational elements of CBM+ technology application in weapon systems", Journal of Advances in Military Studies, vol.7, no.2 pp.29-54. Available from: doi:10.37944/jams.v7i2.243
Kim, Yong, Kim, Daewoong, Jeong, Dohyeon "Feasibility and foundational elements of CBM+ technology application in weapon systems" Journal of Advances in Military Studies 7.2 pp.29-54 (2024) : 29.
Kim, Yong, Kim, Daewoong, Jeong, Dohyeon. Feasibility and foundational elements of CBM+ technology application in weapon systems. 2024; 7(2), 29-54. Available from: doi:10.37944/jams.v7i2.243
Kim, Yong, Kim, Daewoong and Jeong, Dohyeon. "Feasibility and foundational elements of CBM+ technology application in weapon systems" Journal of Advances in Military Studies 7, no.2 (2024) : 29-54.doi: 10.37944/jams.v7i2.243
Kim, Yong; Kim, Daewoong; Jeong, Dohyeon. Feasibility and foundational elements of CBM+ technology application in weapon systems. Journal of Advances in Military Studies, 7(2), 29-54. doi: 10.37944/jams.v7i2.243
Kim, Yong; Kim, Daewoong; Jeong, Dohyeon. Feasibility and foundational elements of CBM+ technology application in weapon systems. Journal of Advances in Military Studies. 2024; 7(2) 29-54. doi: 10.37944/jams.v7i2.243
Kim, Yong, Kim, Daewoong, Jeong, Dohyeon. Feasibility and foundational elements of CBM+ technology application in weapon systems. 2024; 7(2), 29-54. Available from: doi:10.37944/jams.v7i2.243
Kim, Yong, Kim, Daewoong and Jeong, Dohyeon. "Feasibility and foundational elements of CBM+ technology application in weapon systems" Journal of Advances in Military Studies 7, no.2 (2024) : 29-54.doi: 10.37944/jams.v7i2.243
