1、 Disk Brake Squeal-Mechanism, Analysis, Evaluation and Reduction/Prevention. 碟刹尖锐噪声——机械分析、评估和降噪/预防2、Introduction of Anisotropic Ling ElasticConstants Optimization (ALCO) Method for Friction Materials.摩擦材料各项异性线性弹性常量优化(ALCO)法简介3、Development and Applications of ALCOMethod for Acquiring Elastic Constants of Friction 法获取摩擦材料弹性常量的开发和应用4、Brake Insulator Development: Thermal andStructural Dynamic Semi-Empirical Design Guidance/Data Synthesis Methods.刹车绝缘体的开发:热及结构性力学半经验设计指南/数据5、Issues and Tools in Prediction ofComposite Loss Factors for The Brake Pad-Insulator System.刹车片-绝缘体系统复合物损失因素预测的问题和工具6、Pad Insulator Modeling for Brake SquealAnalysis.刹车尖锐噪声分析的片绝缘体建模7、Brake Squeal Noise Testing and AnalysisCorrelation.刹车尖锐噪声测试与分析相关性8、Analysis of Brake Squeal Noise Using FEMPart II: Effect of Operating Parameters and Control Methods.采用FEM第二部分:操作参数和控制法的效果进行刹车尖锐噪声分析9、Brake Pad Surface Topography Part II:Squeal Generation and Prevention.刹车片表面拓朴结构,第二部分:尖锐噪声的产生和预防10、Brake Squeals after Standing at LowTemperature.低温下刹车尖锐噪声11、TheRole of Climatic Conditions on Disk Brake Noise.天气条件对碟型刹车噪声的影响12、Materialsfor Noise and Vibration Control: What Causes Product Variability?用于噪声和振动控制的材料:什么导致了产品的变化?13、BrakeSqueal Reduction Using Robust Design.采用鲁棒性设计降低刹车尖锐噪声14、StochasticAnalysis of Vehicle Brake Noise.车辆刹车噪声的随机分析(好就请采纳。)