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shuzhijisuan
- 基于matlab开发软件 的选择输入类型的数值计算仿真程序 迭代方法包括 1可自启动的4阶龙格库塔法 2需要使用其他方法启动的方法-Matlab-based software development selective types of numerical simulation program including an iterative method can be Since the start of the four-Runge - Kutta method need
adams-matlab
- 提供adams matlab联合仿真,供大家参考-adams matlab
1
- 微分方程的系统建模与仿真~各种方法还有源代码 很有参考价值-RK, RKF, Adams etc.
1673
- matlab仿真微分方程,分别用欧拉法,改进欧拉法,龙格库塔法,四阶adams显式隐式算法对比精度。-matlab simulation of differential equations, respectively, with Euler, improved Euler method, Runge-Kutta method, fourth-order implicit algorithm adams explicit comparison accuracy.
Adams_Onelegged
- ADAMS与Matlab 联合仿真单足机器人跳跃-union simulation of one-leg hopping robot by ADAMS and MATLAB
matlab_adams
- 对四杆机构进行adams与matlab联合仿真-The Adams and matlab joint simulation of four bar linkage.
dlta-workspace
- 在虚拟仿真环境下进行了几种不同规格零件的抓取试验。在ADAMS中进行仿真试验设置,创建传感器及仿真脚本命令,对两种规格零件进行了抓取试验分析,进一步验证结构设计的正确性及合理性。-the capture of several parts with different specification test was carried out in a virtual simulation environment. To further verify the correctness and the re
matlab-program-for-road
- 参考《频域采样三角级数法模拟轨道不平顺信号》,以公路C级路面为例,产生路面谱,用于Adams car中整车仿真-Refer to " frequency domain samples trigonometric series Law Moot track irregularity signal" to the highway C-level road, for example, to produce road spectrum for Adams car in vehicle
Combining-ADAMS---Matlab-simulation
- ADAMS-Matlab联合仿真公开课的ppt,里面主要讲述联合仿真是一个非常有用的方法,可以将 ADAMS复杂的动力学建模、仿真技术和 Matlab高级的控制工具、优化工具完美地 结合起来。-ADAMS and Matlab joint simulation of public class PPT, it focuses on the joint simulation is a very useful method, can be And ADAMS, the dynamics
ADAMS_Car
- 通过isight-fd集成adams的动力学仿真能力,将模型中的某些属性作为优化变量,通过对adams仿真结果的分析,来对这些属性进行优化-By isight-fd dynamics simulation capabilities integrated adams will model some of the attributes as optimization variables by adams simulation analysis to optimize these attributes
五自由度串联机器人的动态仿真分析
- 应用D-H法对五自由度机器人进行运动学建模,建立末端位置与各关节转角之间的关系,并在MATLAB/Simulink中建立正运动学模型。将ADAMS运动仿真中各关节的运动函数导出作为Simulink模型的输入,得到末端在x、y方向上的位移曲线,并进行了合成,得出手爪的直线运动轨迹,与ADAMS的运动学仿真分析的结果进行了对比分析。(The D-H method is used to model the kinematics of five degrees of freedom robot, and
太空舱
- 采用第二类拉格朗日动力学方程,选取合理的广义坐标,写出动能、势能、广义力,建立该系统的动力学方程。采用Matlab与ADAMS,以四阶隆格-库塔时域积分算法为基础,编制积分求解程序,程序可对驱动力和力矩进行输入。同时利用线性代数的知识,求解系统的特征频率,了解系统的固有频率特性。并在ADAMS中进行仿真验证及优化。(Using the second type of Lagrangian dynamic equation, select reasonable generalized coordin