제1편 주 조
제1장 모형
1. 모형용 재료 ························ 16
1-1 목재의 장점 ······································· 16
1-2 목재의 단점 ······································· 16
2. 목형용 목재 ························ 17
2-1 목재의 조직 및 수축 ························· 18
2-2 목재의 기계적 성질 ·························· 19
2-3 목재의 건조 ······································· 20
2-4 목재의 방부법 ··································· 22
2-5 목재의 선택 방법 ······························ 23
3. 목형용 보조 재료 ··················· 23
3-1 접착제와 결합제 ································ 23
3-2 도장 재료 ·········································· 24
4. 목형 제작 방법 ····················· 25
4-1 현도법 ················································ 25
4-2 목형 제작상의 유의 사항 ·················· 25
4-3 목형의 종류 ······································· 28
5. 목형 공작용 수공구 및 기계 ·········· 31
5-1 목형용 수공구 ··································· 31
5-2 목형용 기계 ······································· 34
6. 목형의 조립방법 ···················· 39
6-1 목재의 접착 ·················
기계공작법을 필수 학과목으로 공부하는 기계공학도들이 지침서로 활용할 수 있도록 다음과 같이 엮었다.
첫째, 공작기계의 이론을 개략적으로 이해하고 원리를 터득하여 실제 기구, 부품의 가공기술과 연계하여 산업현장의 실무에 적용할 수 있도록 하였다.
둘째, 활용도가 높은 공작기계는 각론에서 선삭, 연삭, 형삭 등에 관한 이론 및 특성, 가
공방법과 같은 실무적응에 필요한 내용을 이해하기 쉽게 수록하였고, 품질관리를 위한 측정 관련 이론 및 특성, 사용방법 등을 함께 기술하였다.
셋째, 가능한 한 간결하면서도 체계적으로 엮고자 했으며 단원별로 표와 그림 예시를 제
시하여 학습의 이해를 도왔다.
