티타늄 합금 플랜지 볼트 성형에서의 단조력 간접 측정을 위한 열간 단조 공정 모니터링에 관한 연구

A study on a hot forging process monitoring for measurement of indirect forging force in flange bolt forming of titanium alloys
  • 하석재
  • 최두선
  • 이동원
  • 송기혁

초록

The objective of this study is to introduce the new possibility of sensing technology based on inductive displacement sensors to monitor the status of wheel position in the hot forging process. In order to validate effectiveness of proposed sensing technology, the indirect forging force measurement with displacement sensor was applied into a typical closed hot forging die-set used for the manufacturing of flange bolts. The locations to implement the displacement sensor were selected carefully by simulating forming process and static structural. From the measurement results of the forging force change during one hot forging cycle, it was found that the proposed monitoring system can provide useful information to understand the detailed behaviors of die-set in the closed hot forging process.

키워드

Displacement sensorHot forging processIndirect forging force measurementProcess monitoringFlange boltTitanium alloys
제목
티타늄 합금 플랜지 볼트 성형에서의 단조력 간접 측정을 위한 열간 단조 공정 모니터링에 관한 연구
제목 (타언어)
A study on a hot forging process monitoring for measurement of indirect forging force in flange bolt forming of titanium alloys
저자
하석재최두선이동원송기혁
DOI
10.22847/ksdme.15.1.202103.003
발행일
2021-03
유형
Y
저널명
Design & Manufacturing
15
1
페이지
14 ~ 20