1.
Fuzzy Control System of Automobile Active Power-train Mount
采用主动悬置的汽车动力总成振动模糊控制
2.
Fuzzy Control of Semi-active Air Suspension for CAB;
重型货车驾驶室半主动悬置模糊控制的仿真研究
3.
Finite Element Analysis of Dynamic Characteristics for Main Rubber Spring of Hydraulic Engine Mount;
液压悬置橡胶主簧动特性有限元分析
4.
Research on Semi-active Control for ER Mount of Engine;
发动机电流变液悬置半主动控制的研究
5.
Simulation and Experiment Study for the Dynamic Characteristics of a Semi-active Control Hydraulic Mount;
半主动控制液压悬置的动特性仿真与实验研究
6.
Study on Dynamic Characteristics Simulation and Active Control Theory of Automobile Powerplant Mount System
汽车动力总成悬置系统的动特性仿真与主动控制理论研究
7.
The Research on Dynamic Characteristics of Semi-active Control Hydraulic Mounts for Engine;
车用发动机半主动控制式液力悬置动力学特性研究
8.
The Research of PZT's Placement and the Active Vibration Control of Smart Cantilever Beam;
智能悬臂梁压电片布置与振动主动控制技术的研究
9.
Design and Semi-active Control Research of an Automotive Power-train MR Mount;
汽车动力总成磁流变悬置的设计和半主动控制研究
10.
The Study of the Isolation Characteristics of an Active Control Hydraulic Mount with Electromagnetic-actuator;
应用电磁作动器的主动式液压悬置隔振性能研究
11.
Active Vibration Control of Piezoelectric Smart Cantilever Plate and the Optimization of PZT s Locations;
压电智能悬臂板梁振动的主动控制与压电片的优化布置
12.
The Vibration Isolation Performance and Control Method Research of ERF Semi-active Engine Mount
电流变液半主动发动机悬置隔振性能与控制方法研究
13.
Research on Position Detection and Drive System for Active Magnetic Suspension Pushing Bearing
主动式磁悬浮推力轴承位置检测和驱动系统研究
14.
Modeling and Simulation of Semi-Active Control for Electro-Rheological Fluid Engine Mount
电流变液发动机悬置建模及模糊半主动控制仿真分析
15.
Improving Lateral Ride Comfort of High-speed Trains Applying Semi-active Suspension System to High-speed Trains
改善高速列车的横向乘坐舒适度——半主动悬挂减振装置的应用
16.
The Structural Design of a Mount with Electrorheological Fluids and Semi-Active Control Simulation Analysis;
电流变液压悬置结构设计及半主动控制仿真分析
17.
The Structural Design and the Study on Isolation Characteristics of a Semi-active Mount with Magnetorheological Fluids;
半主动式磁流变液悬置结构设计及隔振性能研究
18.
Semi-active suspension can greatly improve the performance of suspension systems.
半主动悬架能大幅度改善悬架的性能。