자동차 경량화 및 차체용 알루미늄합금판재 개발동향보고서

1. 서론 ···································· 8P
2. 자동차 경량화 ···························· 9P
2.1 자동차 경량화의 필요성 ······················ 9P
2.2 전기 자동차와 경량화 ························ 14P

3. 자동차 경량화에 사용되는 소재 및 부위 ···· 17P
3.1 플라스틱 ·································· 18P
3.2 철 ······································ 20P
3.3 탄소 섬유 ································ 22P
3.4 마그네슘 ·································· 27P
3.5 알루미늄 ·································· 29P
3.6 티타늄 ···································· 31P

4. 알루미늄 합금사용 현황 및 개발 동향 ······ 33P
4.1 자동차용 알루미늄 시장 동향과 전망 ············ 33P
4.2 자동차 차체용 알루미늄 합금 판재 개발 현황 ······ 37P

5. 알루미늄 ································ 41P
5.1 알루미늄 특성 ······························ 43P
5.2 알루미늄 성형 가공 및 특수 가공 ················ 44P

6. 알루미늄 합금 ···························· 54P
6.1 알루미늄 합금의 특성 ························ 54P
6.2 알루미늄 합금의 분류 ························ 56P
6.3 알루미늄합금의 접합 기술 및 개발 동향 ·········· 63P

7. 자동차용 알루미늄 부품 적용 사례 및 비율 ·· 74P
7.1 자동차 부위별 알루미늄 적용 비율 ·············· 74P
7.2 자동차용 알루미늄 부품 적용 사례 ·············· 75P

8. 자동차 경량화 전망 ························ 86P

9. 결론 ······································ 91P

10. 참고자료 ································ 92P