Dept. of Fundametals of Mech. Autom. Control, Omsk State Tech. Univ., Omsk, Russia;
damping; hydraulic systems; pneumatic systems; rubber; shells (structures); shock absorbers; steel; vibration isolation; dampers; force transmission coefficient; frequency adjustment; hydraulic inertial motion convertor; low-frequent vibrated support; mathematical model; motion generation; pneumatic dumper; rubber steel; rubber-cord shell; vibration insulation; vibration-isolated support; Fitting; Force; Liquids; Mathematical model; Shock absorbers; Vibrations; hydraulic support; motion converter; rubber-cord shel; shock ab;
机译:使用基于惯性传感器的运动捕捉系统的支撑基础精度
机译:隔振物体对地面运动的强烈垂直加速度响应
机译:减震垫的设计可减少液压破碎锤的噪音和振动
机译:基于橡胶绳壳的液压惯性运动转换器振动隔离支撑
机译:用于制备聚合物惯性禁闭融合靶壳的液滴实验室方法
机译:一种便携式支持姿态传感系统基于Unscented Kalman滤波器的液压支撑态姿态估计
机译:基于UNITY 3D的液压支撑运动仿真