搜索资源列表
Mut
- 模拟梁的震动，根据函数关系式y=asin(2∏t/T)sin(2∏x/L)绘制梁振动曲线，其中a为振幅，T为周期，L为梁长！在窗口内出现梁振动图象。-simulated beam vibration, according to a function y = - asin (2 t / T) sin (2 x / L) mapping beam vibration curve, which for a amplitude, T cyc
prog6_5
- 压电智能悬臂梁振动主动控制的研究 压电智能悬臂梁振动主动控制的研究
Mut
- 模拟梁的震动，根据函数关系式y=asin(2∏t/T)sin(2∏x/L)绘制梁振动曲线，其中a为振幅，T为周期，L为梁长！在窗口内出现梁振动图象。-simulated beam vibration, according to a function y =- asin (2 t/T) sin (2 x/L) mapping beam vibration curve, which for a amplitude, T cycle, L
prog6_5
- 压电智能悬臂梁振动主动控制的研究 压电智能悬臂梁振动主动控制的研究 -Piezoelectric active vibration control of smart cantilever beam study of piezoelectric active vibration control of smart cantilever beam research
exam8_2
- 采用平面梁单元计算两铰抛物线拱的在初始条件下自由振动，并对时程曲线结果进行FFT变换-Plane beam element calculation using the two hinged parabolic arch at the initial conditions of free vibration, and the results of time-curve FFT transform
Beam_Vibration_Control
- 针对梁的振动控制Matlab程序，包括输入MKC矩阵，计算固有频率，并采用Simulink进行梁的振动控制-Matlab for beam vibration control procedures, including input MKC matrix, calculate the natural frequency and vibration of beams using Simulink Control
Newmark-in-Matlab
- 以Newmark法求解受移动载荷作用的梁振动问题-Moving load problem using Newmark in Matlab
BeamVibCon
- 采用LQR方法的悬臂梁振动主动控制的matlab程序-LQR method using active vibration control matlab program cantilever
ARTime_invariant
- 由AR模型识别悬臂梁模态的稳定图法,输入为悬臂梁振动响应信号。-model identification with AR modal
VIBRATION_OF_A_FREE-FREE_BEAM
- 本文档是主要内容是对自由梁弹性振动理论的研究，给出了梁振动特性计算方法，以及振动响应计算方法。-This document is the main content is the study of the theory of free beam elastic vibration, elements characteristics calculation method are given, and the calculation meth
非线性吸振器欧拉梁振动抑制
- 利用模态叠加法计算得到安装非线性能量阱前后欧拉梁的振动响应(vibration responses of the euler beam with a nonlinear energy sink is solved by using modal method)
yiban
- 通过利用弹簧等效的方法，在不同边界条件下悬臂梁振动算法(By using the method of spring equivalent, the vibration algorithm of cantilever beam under different boundary conditions)
Cbeam
- 悬臂梁自由梁振动振型，可以根据要求设置尺寸、材料参数(The free beam vibration mode of cantilever beam can set the size and material parameters according to the requirement.)
beamactivecontrol
- 通过MATLAB语言的编程，可实现悬臂梁振动控制的模拟，参数可调整。(Cantilever beam vibration simulation can be achieved.)
AFM轻敲模式中微悬臂振动的研究
- 建立悬臂梁简化的模型 对轻敲模式下的振动状态进行研究(The simplified model of cantilever beam is established and the vibration state under tapping mode is studied.)
一端铰接一端自由梁振动
- 一端铰接一端自由梁振动的ANSYS程序与仿真结果.(Vibration of a free beam with one end articulated and one end free)
悬臂梁振动主动控制
- 悬臂梁振动主动控制，pid控制，控制效果非常好(Active control of cantilever vibration, PID control, control effect is very good)
悬臂梁振动分析
- 悬臂梁振动分析，详细的介绍悬臂梁的计算方法，希望有需要的人能用到(Structural static design simulation calculation, I hope that people in need can use it)
基于HIPSM和HPESM的欧拉梁响应求解
- 基于精细积分方法构造的HIPSM和HPESM，算例用于求解欧拉梁振动响应求解(Based on the precise integration method, hipm and hpesm are constructed, and a numerical example is used to solve the vibration response of Euler beam)
有限元方法求解悬臂梁的的源代码
- 还不错的求解有限元方法求解悬臂梁的振动问题。(It is not bad to solve the vibration problem of cantilever beam by finite element method.)