1.
Performance Analysis and Experiment Study of the Noisereducing Wheel Damper;
火车车轮降噪阻尼器的性能分析与实验研究
2.
Application of Damping Substance in Reducing Gear-Transmission Noise;
阻尼材料在降低齿轮传动噪声中的应用
3.
Vibration-and noise-reduction device design for magneto-rheological dampers
一种基于磁流变阻尼器的减振降噪装置设计
4.
Mechanism Analysis of Disc Brake Squeal Noise with the Use of Damping Insulator
基于阻尼衬垫的汽车盘式制动器噪声机理研究
5.
Optimum Design of Gear Parameters and Study on Reduction of Vibration and Noise By Alloy Damping Plug;
齿轮参数的优化设计及合金阻尼塞减振降噪的研究
6.
The theory of using viscoelastic damping materials to reduce vibraton and niose is illuminated and the viewpoint that viscoelastic damping materials can reduce the brake noise of motor bicycle is advanced.
同时阐明了粘弹阻尼减振降噪原理，提出增加摩擦材料的粘弹阻尼可消除电动车刹车噪声的观点。
7.
The Origin of Noises from Vehicle Transmissions and the Measures how to Lower Them
汽车变速器总成的噪声源及降噪措施
8.
According to the function mechanisms, polymeric noise reduction composites were classified as vibration damping, sound absorption and sound insulation materials.
降噪材料按降噪机理可分为阻尼减振材料、声材料和隔声材料。
9.
Research on Mechanism of Noise Reduction by Damping and Damping Diamond Saw Blade;
阻尼降噪机理及消音金刚石锯片的研究
10.
Theoretical and Experimental Research on Reducing Vibration of Damped Wheels/Rail
减振型阻尼车轮/钢轨理论与试验研究
11.
Noise Reduction Research and Development of the Exhaust Muffler for Motorcycle
摩托车消声器系统的降噪研究与开发
12.
Design of circular particle damper for turbopump
涡轮泵环形颗粒阻尼器设计(英文)
13.
Optimizing cross-sectional shape of subway wheel to decrease vibration and noise
基于断面形状优化的地铁车轮减振降噪研究
14.
Theoretical analysis and experimental investigation of the characteristics of noise reduction of damping structure in port plate for axial piston pump
轴向柱塞泵配流盘阻尼结构降噪特性的理论分析与实验研究
15.
Study of Vibro-acoustic Characteristics of Plate and Stiffened Plate with Viscoelastic Damping Treatment and the Optimization of Reducing Plate s and Stiffened Plate s Noise;
敷设粘弹性阻尼材料的板和加筋板的声振特性和降噪优化
16.
Research on Control and Simulation of MR Damper Applied in Automotive;
车用磁流变阻尼器的控制与仿真研究
17.
The Development of Damper Adjustable System of NJ2045 Off-road Vehicle;
NJ2045汽车可调阻尼减振器的研制
18.
Control of Vehicle Semi-active Suspension Based on MR Damper;
基于磁流变阻尼器的车辆半主动控制