Joint modeling and simulation was realized for the low inertia ratio dynamical gyroscope-stabilized platform,with 3D modeling software unigraphics,virtual prototyping tool ADAMS and control software Matlab,based on theoretical analyses. And,joint analyses and adjustment on control and mechanism system were completed.
在理论分析的基础上,利用三维建模软件UG和虚拟样机软件ADAMS以及控制软件Matlab,对小惯量比动力陀螺稳定平台进行了联合建模和仿真,将控制系统和机械系统进行了联合分析和调试。
参考来源 - 基于ADAMS的小惯量比动力陀螺稳定平台仿真研究Joint modeling and simulation was realized for the low inertia ratio dynamical gyroscope-stabilized platform,with 3D modeling software unigraphics,virtual prototyping tool ADAMS and control software Matlab,based on theoretical analyses. And,joint analyses and adjustment on control and mechanism system were completed.
在理论分析的基础上,利用三维建模软件UG和虚拟样机软件ADAMS以及控制软件Matlab,对小惯量比动力陀螺稳定平台进行了联合建模和仿真,将控制系统和机械系统进行了联合分析和调试。
参考来源 - 基于ADAMS的小惯量比动力陀螺稳定平台仿真研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Dynamical characteristics of the gyroscope during spin-up and erection procedure, and the influence of the stray magnetic field on gyro's drift and speed attenuation are investigated.
讨论了陀螺在驱动、定向过程中的动力学特性，以及杂散磁场对陀螺漂移和转速衰减的影响。
The dynamical equations for a two-gimbal dynamically tuned gyroscope with mass unbalance in both the rotor and the gimbals are put forward as a development based on ideal suspension.
本文给出了转子和平衡环质量不平衡的双平衡环挠性陀螺的动力学方程，推广了理想情况下的陀螺动力学方程。
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