文章信息/Info

Title:

Progress in Tribological Properties of Carbon fabric composites

作者:

潘廣鎮1; 齊樂華1; 付業偉2; 李慎飛2; 李賀軍2

1.西北工業大學機電學院，陜西 西安 710072；2.西北工業大學材料學院，陜西 西安 710072

Author(s):

PAN Guangzhen1;  QI Lehua1;  FU Yewei2;  LI Shenfei2;  LI Hejun2

關鍵詞:

碳纖維布; 摩擦性能; 磨損

DOI:

10.7502/j.issn.1674-3962.2015.06.06

文獻標志碼:

A

摘要:

高性能纖維織物增強的樹脂基復合材料是一種獨特的先進復合材料，與其他纖維增強形式（短切纖維或長纖維）相比，其整體式結構更利于纖維之間的載荷傳遞，具有承載能力高、耐沖擊、不易破裂與剝離等特點，并且可以貼合在復雜曲面而不發生褶皺。其中，碳纖維布復合材料承載能力、耐熱性能和摩擦磨損性能更加優異，在摩擦領域得到了廣泛的關注和研究。文章介紹了近年來國內外碳纖維布復合材料組分構成、制備工藝和摩擦磨損機理方面的研究現狀，并對其發展方向進行了展望。

Abstract:

Resin based high performance fabric reinforced composite is a unique advanced composite material, compared with composites reinforced by chopped fiber or filament, which is more conducive to transfer load between fibers because of the overall structure. It has many advantages such as high load capacity, excellent impact resistance, and excellent tear resistance, etc. Besides, it can drape or conform to curved surfaces without wrinkling. Amongst these composites, carbon fabric composites have attracted overwhelming interest in tribology owing to superior load capacity, heat resistance, and friction properties. Progress of research on constituents, prepared technology and friction and wear mechanisms of carbon fabric composites were reviewed. The development prospect is also discussed.