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- A novel friction pendulum system (FPS) with dual rollers is studied based on the multibody dynamics theory. 摘要应用多体动力学理论研究了一种新的辊轴型摩擦摆隔振系统。
- Based on the micro-amplitude vibration equation of friction pendulum systems FPS, the steady-state random responses of FPS to Gaussian white noise actions are forecasted by means of the equivalent nonlinear system method. 摩擦摆系统（FPS）的微幅振动方程，运用等效非线性系统法预测了FPS系统对高斯白噪声激励的稳态随机响应。
- friction pendulum system with dual rollers 辊轴型摩擦摆系统
- Based on the vibration equations of friction pendulum systems(FPS)and FPS-based shear-typed buildings,the vibration performances of the systems are studied in more details. 基于摩擦摆(FPS)及其隔震剪切型结构的振动微分方程,进一步研究了该系统的振动形态。
- A new type of multiple tuned mass dampers (MTMD), which is composed of friction pendulum systems (FPS), is a good shock-absorbing device that has favorite functions of restriction and restoration. FPS型MTMD是一种结构简单、安装方便、限位和复位性能好的减震装置。
- EQUATION OF MOTION FOR NOVEL FRICTION PENDULUM SYSTEM WITH DUAL ROLLERS 一种新的辊轴型摩擦摆隔振系统运动微分方程的推导
- Further Analysis for the Vibration Performances of Friction Pendulum Systems 摩擦摆系统振动性态的进一步分析
- friction pendulum system 摩擦摆
- Friction Pendulum System (FPS) 摩擦摆支座（FPS）
- Analysis of seismic response of base-isolated structures with friction pendulum system under bilateral ground motions 摩擦摆基础隔震结构双向地震反应分析
- Rule-Based Neural Controller for Inverted Pendulum System. 法则式的类神经控制器针对倒单摆系统.
- The two-level handstand pendulum system based on fuzzy control is designed. 建立了一套完整的二级倒立摆的实物系统。
- Design and Implementation of High Accuracy of Inverted Pendulum System Performance P. 高精度倒立摆系统性能的设计与实现。
- Applying the LQR adjuster with forehead kalman filter stabilized single inverted pendulum system successfully. 并应用前置卡尔曼滤波的LQR调节器成功稳定了一级倒立摆系统。
- Thus, the inverted pendulum system is a test-equipment of rather unearthly in the controlled theory research. 因此，倒立摆系统在控制理论研究中是一种较为理想的实验装置。
- A concept about the dynamic mode of an inverted pendulum system when it is stabilized was proposed. 摘要提出倒立摆系统在受控稳定状态下的运动模态概念。
- San Po-Zeng , “Intelligent Control Design for Inverted Pendulum System” , NCU , 1995. 陈重诚,“旋转式倒单摆动作控制之再设计”NCU,1999
- In the simulation, the multiple inverted pendulum system can be controlled well by the NBCS. 透过模拟，此一网路频宽控制机制成功的在网路控制系统下将多倒单摆控制良好。
- Based on a linear control algorithm,the property of a two-level handstand pendulum system is improved by introducing the fuzzy control strategy. 引入模糊控制改善原有的线性控制算法,对二级倒立摆实验装置系统进行了二次开发。
- The design is tested by the GLIP2003 inverted pendulum system of the Googol Technology CO.Ltd.Its performance is satisfying. 通过固高公司GLIP2003倒立摆系统验证了设计结果，并达到较好的控制效果。
