汽车制动盘材料的研究及发展前景新詳解.docVIP

汽车制动盘材料的研究及发展前景 汽车刹车盘材料的研究及发展现状 目 录 TOC \o 1-3 \h \u  HYPERLINK \l _Toc26709 第一章 汽车刹车盘材料  PAGEREF _Toc26709 - 5 -  HYPERLINK \l _Toc2026 1.1几种常见的汽车制动盘  PAGEREF _Toc2026 - 5 -  HYPERLINK \l _Toc20350 1.2汽车制动盘材料的种类  PAGEREF _Toc20350 - 6 -  HYPERLINK \l _Toc12935 1.3汽车刹车盘材料的发展历程  PAGEREF _Toc12935 - 7 -  HYPERLINK \l _Toc3496 1.4汽车制动盘材料的性能要求  PAGEREF _Toc3496 - 9 -  HYPERLINK \l _Toc15592 1.5汽车制动材料需要解决的关键技术  PAGEREF _Toc15592 - 10 -  HYPERLINK \l _Toc25593 第二章 汽车制动盘材料的研究现状  PAGEREF _Toc25593 - 11 -  HYPERLINK \l _Toc18585 2.1国内外研究现状  PAGEREF _Toc18585 - 12 -  HYPERLINK \l _Toc8494 2.2几种目前汽车制动盘材料的分析  PAGEREF _Toc8494 - 14 -  HYPERLINK \l _Toc19622 第三章 汽车制动盘材料发展前景  PAGEREF _Toc19622 - 23 -  HYPERLINK \l _Toc13220 3.1国内外汽车制动摩擦材料发展趋势  PAGEREF _Toc13220 - 23 -  HYPERLINK \l _Toc28557 3.2 汽车制动盘的发展趋势  PAGEREF _Toc28557 - 23 -  HYPERLINK \l _Toc12952 3.3我国汽车制动盘材料的发展方向  PAGEREF _Toc12952 - 24 -  HYPERLINK \l _Toc26839 参考文献  PAGEREF _Toc26839 - 25 -  HYPERLINK \l _Toc23783 致 谢  PAGEREF _Toc23783 - 27 -  插图清单 图1-1汽车制动盘 ···········································3 图1-2汽车刹车盘几种形式 ·····································4 图1-3石棉类制动材料··········································5 图1-4金属基无石棉制动材料····································5 图1-5半金属基无石棉制动材料··································6 图1-6非金属基无石棉制动材料··································6 图1-7粉末冶金摩擦材料········································8 图1-8新型混杂纤维摩擦材料····································9 图1-9C/C复合材料·············································9 图1-10新型陶瓷基摩擦材料·····································11 图2-1灰铸铁材料··············································18 图2-2制动盘零件与铸件图······································18 图2-3浇注系统示意图··········································19 表格清单 表2-1不同铝基复合材料的力学性能····························20 表2-2 3种制备工艺所得C/C-SiC复合材料的主要性能······24 表2-3各国正在使用及研究看法的制动盘材质·············26 摘 要 汽车制动材料是指利用材料的摩