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궤도차량 변속기 누유 방지에 관한 연구

원문정보

A Study on the Prevention of Leakage of Tracked Vehicle Transmission

박동민, 지현철, 김건태, 백현무

피인용수 : 0(자료제공 : 네이버학술정보)

초록

영어

Military tanks and armored vehicles use tracks with excellent mobility in rough terrain, the transmission, a key component of tracked vehicle driving performance, performs shifting, steering and braking functions of tracked vehicles. There was concern about the deterioration of the driving performance of the tracked vehicle due to the occurrence of oil leakage in the output part of the transmission that rotates the track of the vehicle. Throughㅇ failure mechanism analysis and characteristic factor analysis using 4M(Man, Machine, Material, Method) quality management, it was confirmed that the factor affecting oil leakage in the output part was damage to the output shaft coupling surface, which is the contact surface of the output part oil seal. Based on this, a quality improvement plan was derived by applying a protective cap to prevent damage to the coupling surface, increasing the coupling surface hardness to improve the oil seal sealing function, and revising the work standard throughout production, process movement and assembly stages. The effectiveness of the proposed improvement was verified through a single transmission test, a power pack test, and a track vehicle installation test, and the effectiveness was verified through follow-up observation. It is expected that the improvements derived from this study will be utilized in the future analysis of similar equipment quality problems.

목차

ABSTRACT
1. 서론
2. 변속기 누유현상 원인분석
2.1 변속기 구조
2.2 고장 메커니즘 분석
2.3 특성요인도 분석
3. 개선안 도출
3.1 커플링-오일씰 접촉부 경도 증대
3.2 출력축 커플링 보호캡 적용
3.3 작업표준 개정
4. 유효성 평가
4.1 성능시험
4.2 추적관찰
5. 결론
References

저자정보

  • 박동민 Dong-Min Park. Member, Defense Agency for Technology and Quality
  • 지현철 Hyun-Chul Jee. Member, Defense Agency for Technology and Quality
  • 김건태 Keon-Tae Kim. Member, Defense Agency for Technology and Quality
  • 백현무 Hyun-Moo Baek. Member, Defense Agency for Technology and Quality

참고문헌

자료제공 : 네이버학술정보

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