典型文献
Optimization of pore structure and wet tribological properties of paper-based friction materials using chemical foaming technology
文献摘要：
Paper-based friction materials are porous materials that exhibit anisotropy;they exhibit random pore sizes and quantities during their preparation,thereby rendering the control of their pore structure difficult.Composites with different pore structures are obtained by introducing chemical foaming technology during their preparation to regulate their pore structure and investigate the effect of pore structure on the properties of paper-based friction materials.The results indicate that the skeleton density,total pore area,average pore diameter,and porosity of the materials increase after chemical foaming treatment,showing a more open pore structure.The addition of an organic chemical foaming agent improves the curing degree of the matrix significantly.Consequently,the thermal stability of the materials improves significantly,and the hardness and elastic modulus of the matrix increase by 73.7％and 49.4％,respectively.The dynamic friction coefficient increases and the wear rate is reduced considerably after optimizing the pore structure.The wear rate,in particular,decreases by 47.7％from 2.83×10-8 to 1.48×10-8 cm3/J as the foaming agent content increases.Most importantly,this study provides an effective method to regulate the pore structure of wet friction materials,which is conducive to achieving the desired tribological properties.
文献关键词：
中图分类号：
作者姓名：
Chang LI;Jie FEI;Enzhi ZHOU;Rui LU;Xiaohang CAI;Yewei FU;Hejun LI
作者机构：
State Key Laboratory of Solidification Processing,Shaanxi Province Key Laboratory of Fiber Reinforced Light Composite Materials,Northwestern Polytechnical University,Xi'an 710072,China
文献出处：
引用格式：
[1]Chang LI;Jie FEI;Enzhi ZHOU;Rui LU;Xiaohang CAI;Yewei FU;Hejun LI-.Optimization of pore structure and wet tribological properties of paper-based friction materials using chemical foaming technology)[J].摩擦（英文）,2022(09):1317-1334
A类：
B类：
Optimization,pore,wet,tribological,properties,paper,friction,materials,using,chemical,foaming,technology,Paper,porous,that,exhibit,anisotropy,they,random,sizes,quantities,during,their,preparation,thereby,rendering,control,difficult,Composites,different,structures,obtained,introducing,regulate,investigate,results,indicate,skeleton,density,total,area,average,diameter,porosity,after,treatment,showing,more,open,addition,organic,agent,improves,curing,degree,matrix,significantly,Consequently,thermal,stability,hardness,elastic,modulus,respectively,dynamic,coefficient,increases,wear,rate,reduced,considerably,optimizing,particular,decreases,from,cm3,content,Most,importantly,this,study,provides,effective,method,which,conducive,achieving,desired
AB值：
0.490803
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