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A Study on Thermal Deformation Analysis to Built-in Spindle of Tool Grinding Machine. Recently, the production and manufacturing field require a high level of precision. Accordingly, there is an increasing demand for improvement of processing precisio...
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RISS 인기검색어
공구 연삭기용 빌트인 스핀들의 열변위 분석에 관한 연구 = A Study on Thermal Deformation Analysis to Built-in Spindle of Tool Grinding Machine
한글로보기https://www.riss.kr/link?id=T16144466
- 저자
-
발행사항
진주 : 경상국립대학교 융합과학기술대학원, 2022
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학위논문사항
학위논문(석사) -- 경상국립대학교 융합과학기술대학원 , 기계시스템공학과 기계시스템공학전공 , 2022. 2
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발행연도
2022
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작성언어
한국어
- 주제어
-
발행국(도시)
경상남도
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형태사항
ⅴ, 31p. ; 26 cm
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일반주기명
지도교수: 류성기
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UCI식별코드
I804:48003-000000030996
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소장기관
- 경상국립대학교 도서관
- 경상국립대학교 도서관
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0
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0
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부가정보
다국어 초록 (Multilingual Abstract)
A Study on Thermal Deformation Analysis to Built-in Spindle of Tool Grinding Machine.
Recently, the production and manufacturing field require a high level of precision. Accordingly, there is an increasing demand for improvement of processing precision in the production of parts. Grinding machines are essential and essential equipment in the field of production and manufacturing. For the development of a high-precision tool grinder, it is necessary to secure a systematic grinding machine design technology that satisfies thermal-structural stability.
In this study, for the development of a tool grinder for building a high-precision tool grinding system, the thermal stability of the spindle of the grinder was confirmed by analyzing the thermal displacement of the spindle, which greatly affects the precision of the grinding machine. The heat source of the grinding machine spindle was largely divided into bearings and built-in motors, and the amount of heat generated according to the operating conditions was calculated through a formula and analysis was performed. The thermal displacement of the grinding machine spindle was analyzed through thermal-structural ductility analysis, and the analysis value was verified through actual measurement.
Recently, the production and manufacturing field require a high level of precision. Accordingly, there is an increasing demand for improvement of processing precision in the production of parts. Grinding machines are essential and essential equipment in the field of production and manufacturing. For the development of a high-precision tool grinder, it is necessary to secure a systematic grinding machine design technology that satisfies thermal-structural stability.
In this study, for the development of a tool grinder for building a high-precision tool grinding system, the thermal stability of the spindle of the grinder was confirmed by analyzing the thermal displacement of the spindle, which greatly affects the precision of the grinding machine. The heat source of the grinding machine spindle was largely divided into bearings and built-in motors, and the amount of heat generated according to the operating conditions was calculated through a formula and analysis was performed. The thermal displacement of the grinding machine spindle was analyzed through thermal-structural ductility analysis, and the analysis value was verified through actual measurement.
A Study on Thermal Deformation Analysis to Built-in Spindle of Tool Grinding Machine.
Recently, the production and manufacturing field require a high level of precision. Accordingly, there is an increasing demand for improvement of processing precision in the production of parts. Grinding machines are essential and essential equipment in the field of production and manufacturing. For the development of a high-precision tool grinder, it is necessary to secure a systematic grinding machine design technology that satisfies thermal-structural stability.
In this study, for the development of a tool grinder for building a high-precision tool grinding system, the thermal stability of the spindle of the grinder was confirmed by analyzing the thermal displacement of the spindle, which greatly affects the precision of the grinding machine. The heat source of the grinding machine spindle was largely divided into bearings and built-in motors, and the amount of heat generated according to the operating conditions was calculated through a formula and analysis was performed. The thermal displacement of the grinding machine spindle was analyzed through thermal-structural ductility analysis, and the analysis value was verified through actual measurement.
목차 (Table of Contents)
- 제 1 장 서 론 1
- 1.1 연구배경 및 목적 1
- 1.2 연구동향 3
- 1.3 연구내용 및 방법 4
- 제 2 장 연삭기 스핀들의 발열 및 냉각 이론 5
- 제 1 장 서 론 1
- 1.1 연구배경 및 목적 1
- 1.2 연구동향 3
- 1.3 연구내용 및 방법 4
- 제 2 장 연삭기 스핀들의 발열 및 냉각 이론 5
- 2.1 베어링의 발열량 이론 5
- 2.2 회전체 열전달 이론 8
- 2.3 냉각 자켓 냉각 이론 10
- 제 3 장 유한요소해석 11
- 3.1 유한요소모델 및 경계조건 11
- 3.1.1 유한요소해석 모델 11
- 3.1.2 열해석 경계조건 13
- 3.1.3 열-구조 연성해석 경계조건 14
- 3.1.4 모드해석 경계조건 15
- 3.2 연삭기 스핀들의 해석결과 16
- 3.2.1 연삭기 스핀들의 열해석 결과 16
- 3.2.2 연삭기 스핀들의 열-구조 연성해석 결과 17
- 3.2.3 연삭기 스핀들의 모드해석 결과 18
- 제 4 장 연삭기 스핀들의 시험평가 및 고찰 20
- 4.1 연삭기 스핀들의 회전정밀도 측정 20
- 4.1.1 실험 장치 및 방법 20
- 4.1.2 연삭기 스핀들 회전정밀도 측정결과 22
- 4.2 연삭기 스핀들의 진동레벨 측정 24
- 4.2.1 실험 장치 및 방법 24
- 4.2.2 연삭기 스핀들 진동레벨 측정결과 25
- 4.3 연삭기 스핀들의 흔들림 및 진원도 측정 26
- 4.3.1 실험 장치 및 방법 26
- 4.3.2 연삭기 스핀들 흔들림 및 진원도 측정결과 27
- 제 5 장 결론 28
- Reference 29
- 감사의 글 31
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