DOI QR코드

DOI QR Code

A Study on the Estimation of Shelf-life for 155mm propelling charge KM4A2 using ASRP's data

ASRP자료를 이용한 155MM 추진장약 KM4A2 저장수명 추정 연구

  • Received : 2014.08.11
  • Accepted : 2014.09.12
  • Published : 2014.09.30

Abstract

Purpose: The purpose of this study is to provide a statistical method from the data of ASRP's results and to apply to the reliability assessment of 155mm propelling charge, KM4A2. Methods: The accumulated data through ASRP for 155mm propelling charge were analyzed using regression analysis and MINITAB reliability analysis. The analysis methods used for this study were applied to statistical data types such as continuous data, binominal data. Results: The results of this study are as follows; The failure of 155mm propelling charge is mainly due to the broken charge bag, the decline of stabilizer content. The shelf-life(B5) regarding broken charge bag is 21.1years. The stabilizer content decrease with 0.0227%/year and safety storage period of propellant is 34.6years. Conclusion: The shelf-life of 155mm propelling charge determined by charge bag is estimated 21.1years.

Keywords

References

  1. Kim, Kwangsu, Jung, Jian, and Lee, JinGue. 1993. "A Comparative Study of the Results of the Regression Analysis by Linear Programming." Jouranl of the Korean Society for Quality Management 21(1):161-170.
  2. Kim, Younghwa et al. 2007. The report on the ASRP's Activities in 2007, DTaQ-08-1693-T. Defense Agency for Technology and Quality.
  3. Kim, Youngseub et al. 2010. Introduction to defense quality management. Hyungseul publishing network.
  4. Koo, Weolseo et al. 2012. The report on the ASRP's Activities in 2009, DTaQ-12- 3616-T. Defense Agency for Technology and Quality.
  5. Lee, Jongchan et al. 2007. "A study on the shelf-life prediction of the single base propellants using accelerated aging test." Journal of korean society for quality management 35(2):45-52.
  6. Ministry of Defence. 2008. "Reliability and Maintainability(R&M) Assurance Activity Part 1 One-Shot Devices/ Systems." Defence Standard 00-42, Part 1, Issue 2.
  7. Na, Sangeon et al. 2009. The report on the Army ASRP's Activities in 2009, DTaQ-10- 2235-T. Defense Agency for Technology and Quality.
  8. Park, Dongseok et al. 2005. The report on the ASRP's Activities in 2003. DQAA-05-1213 -T. Defense Agency for Technology and Quality.
  9. Park, Sangwon et al. 2013. The report on the ASRP's Activities in 2013, DTaQ-13-4111-T. Defense Agency for Technology and Quality.
  10. Seo, Sunkeun. 2006. MINITAB Reliability analysis. Eretec Inc.
  11. Sherwin, Edward R. 2004. "Analysis of "One-Shot" Devices", Selected Topics in Assurance Related Technologies 7(4):1-4.
  12. Sim, hanggeun et al. 2009. "A study on the reliability analysis of one-shot system." Journal of the korea association of defense industry studies 16(2):105-116.
  13. Yoon, Keunsig. 2013. The Reliability and Shelf-life Estimation on 155mm Propelling Charge M4 series, DTaQ-13-3774-R. Defense Agency f or Technology and Quality.
  14. Yoon, Keunsig, and Lee, Jongchan. 2012. "A Case Study on the Reliability Assessment of Stockpile Ammunition." Journal of the Korean Society for Quality Management 40(3):259-269. https://doi.org/10.7469/JKSQM.2012.40.3.259
  15. Yoon, Keunsig et al. 2006. "A case study of Six Sigma for improving non-function test process in the ammunition stockpile reliability program." Journal of korean society for quality management 34(4):13-21.