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- In order to simulate the exact boundary condition, the simple model of air spring suspension was set up. 为了准确模拟该模型的边界条件，增加了空气弹簧悬架的简化模型。
- In order to simulate the exact boundary condition,the simple model of air spring suspension was set up. 为了准确模拟该模型的边界条件,增加了空气弹簧悬架的简化模型。
- Based on membrane-typed air spring, the dynamical model of air spring suspension is established through theoretical analysis and test measurement. 通过空气弹簧悬架最优控制研究，为优化悬架参数提供了理论依据。
- Air spring suspension technology of modern rail transit vehicles 现代轨道交通车辆的空气弹簧悬挂技术
- Van Semi-trailer with Air Spring Suspension and Double-axle 空气悬架双轴厢式半挂车设计
- Optimal Control Simulation Research on Air Spring Suspension 基于最优控制的空气悬架仿真研究
- Research On Character of Air Spring Suspension Vibration Model Parameter 空气弹簧悬架的振动模型参数特性研究
- Handling stability investigation of air spring suspension bus virtual prototype 空气悬架客车虚拟样机的操纵稳定性研究
- Dynamics Analysis of Air Spring Suspension System Under Forced Vibration 空气弹簧悬架系统在强迫振动下的动力学分析
- Research on Vibration Model and Stiffness Performance of Air Spring Suspension 空气弹簧悬架的振动模型和刚度特性研究
- Application of Virtual Prototype Technology in the Design of Air Spring Suspension System 虚拟样机技术在空气悬架系统设计中的应用
- Parameter-self-adjusted fuzzy control method applied to semi-active air spring suspension of vehicle 半主动空气悬架的参数自调整模糊控制仿真
- Intelligent Control Simulation and Test Research for Semi-active Air Spring Suspension 半主动空气弹簧悬架智能控制算法的仿真及试验研究
- air spring suspension 气垫吊架
- A static finite element model of an air spring was given. 摘要文中建立了空气弹簧的静态有限元模型。
- Press bending joint, flange joint and air spring end plate. 扣压弯曲接头，法兰接头和空气弹簧接头。
- Strength Analysis for the Vehicle Frame with Series-Arranged Multi-Axes Oil and Air Spring Suspensions 串联多轴油气弹簧悬架车辆车架强度分析
- The multilink coil spring suspension wasn't too stiff or too loose, which would make the driver feel uncomfortable. 在多重螺旋弹簧悬架不是太硬或太松，这将使司机感到不舒服。
- COMFORT. Leaf spring suspensions, bucket seats on slide adjusters. 舒适性：片簧悬架，可滑动调节的靠背座椅。
- This project provides the theoretical and implemental basis for the design of automotive air suspension and developing of air springs. 本研究为我国今后对空气弹簧进一步通过有限元仿真分析提供了理论依据，并为空气弹簧生产厂家的产品开发打下一定的基础。
