搜索资源列表
HT_identification
- hilbert时频识别（力学领域）Michael feldman编写（自由振动、强迫振动）-hilbert time-frequency identification (mechanical fields) Michael feldman prepared (free vibration, forced vibration)
FDNC
- 有限差分法求解振动力学中瞬态响应问题 matlab编写的GUI程序- Finite Difference Numerical Computation (FDNC) Program For calculating response of transient vibration
Jacobi-and-Gauss-Seidel
- 振动力学，振动曲线绘制，matlab，希望有用-Mechanical vibration, the vibration curve drawing, matlab, hope be useful
matlab-zhendong
- 应用matlab 分析机械力学中的工程振动问题,实例1。-Matlab applications in the engineering analysis of mechanical vibration of the mechanical problem.
matlab-zhendong
- 应用matlab 分析机械力学中的工程振动问题,实例2。-Matlab applications in the engineering mechanics analysis of vibration problems, Example 2.
jixianhuan
- 极限环计算程序，主要用于电子管振荡，及振动力学中的相关计算。也可作为工程计算人员的的设计参考计算。-Limit cycle calculation program, mainly for tube oscillation, and vibration mechanics calculation. Can also be calculated as the the engineering calculations personnel design reference.
n=3-vibration-equation
- 讨论弦振动方程。一个标准弦振动方程，用于物理学和力学的上的振动讨论。通过mathematica 编程。（开发环境无mathematica，选择了接近的matlab）-Discuss a vibration equation. A standard vibration equation, using for mechanical purpose.
homework-of-theory-of-vibration-
- 本程序是中国科学技术大学近代力学系振动理论第二次大作业的源代码，里面包含Fortran和MATLAB两种版本。程序中有详细的注释说明，很容易看懂，而且Fortran版本通用性很强，稍加修改便可以解决其他问题。-This program is a source of vibration theory Department of Modern Mechanics, University of Science and Technology of China' s second major wor
xuanliangjia
- 悬臂梁振动主动控制，包括悬臂梁振动动力学模型，悬臂梁振动力学分析，悬臂梁振动微分方程，悬臂梁的PID控制仿真 -Cantilever vibration control, including the dynamic model of the cantilever vibration, the cantilever vibration mechanical analysis, differential equations cantilever vibration, the cantilever P
zhendong
- 汽车振动控制仿真，振动动力学模型，振动力学分析，振动微分方程-Automotive vibration control simulation, vibration dynamics model, mechanical vibration analysis, vibration differential equations
振动力学
- 求解振型及频率的矩阵迭代法MATLAB源程序(jhhnkjhnkikjhkhkujjjjjzxz hkjzxbhzj gbh)
Desktop
- 小波降噪、时频分析等方法，系统地研究航天电子设备多余物噪声检测过程中各操作变量和微粒物理参数对声波频谱的影响。通过单因素试验，详细分析了微粒粒径、振动力学条件中加速度和频率等3因素对声音信号频谱分布的影响规律，比较了短时傅里叶变换和小波变换的特点。该结果为进一步识别多余物微粒的参数提供了指导依据(the complexity of the material interaction and the properties of the particles themselves make the re
振动拍击现象
- 代码来自书籍：振动力学基础与MATLAB应用 振动力学案例：振动拍击现象(Vibration mechanics case: vibration slapping phenomenon)