DA_code

说明：  ABAQUS 损伤实例，非常实用的教程，适合于初学者。(ABAQUS. adj;lng;la jlah; jiang shang alhgln;glna;lg)

说明：  l1-svd,05年MIT发了trans的文章(In 2005, MIT published a trans)

说明：  编写mif文件，用于对微磁模拟软件oommf的输入。(The MIF file is written to input the micromagnetic simulation software OOMMF.)

window xp使用技巧,值得一读.chm格式.-window xp use skills, it is worth a read. Chm format.

Linux下开源数控系统控制软件EMC2的汉化软件包，内有四个汉化文件，可将软件界面汉化-Under the open-source Linux software, EMC2 CNC system control of the finished package, which has four finished documents can be software interface localization

SIRT算法 提高反演精度 ct成像 层析成像 提高分辨率(SIRT algorithm to improve inversion accuracy of CT imaging)

用vc++开发的贪吃蛇游戏，初学者还是很有用的。-vc with the development of the huge memory games, beginners or very useful.

说明：  风力发电机的功率输出模型，模拟了风力的叶尖速比，风速等基本参数的影响。(The power output model of wind turbine is used to simulate the influence of basic parameters such as tip speed ratio and wind speed.)

c c++ 模拟实现虚拟分页存储管理 不错的啊-c c++ simulation of virtual paging memory management a good ah

本程序可读取Yokogawa 光谱仪多个数据文件(CSV格式)并寻峰。数据文件为多个光栅串的测试光谱。串联光栅波长间隔等距，可确定等距串联光栅的中心波长和峰值强度，将数据存入mat file 使用前请设置若干重要参数 【wl_start】 【wl_end】 【FBGs_num】 【Min_PowerValue】【Peaks_seperation】 其他相关变量说明 【OSA_data】 所读入的光谱全图 里面可能包含更宽的波长 【OSA_data_FBGs】截取光栅串所在波长区间，由【wl_start】 【wl_end】决定 导出的数据文件为 FBGs.mat， 其中所保存的 重要变量为 【FBGs_peaks】 【FBGs_peaks】 第1列：峰值所在序号； 第2列：横轴-光栅串中心波长值； 第3列：纵轴-光栅串光强值(This m-code can read multiple data files (CSV format) of the Yokogawa spectrometer and find the peaks. The data file is measured spectrum for multiple FBG series. The wavelength interval of the FBGs is equal distance, and the center wavelength and peak intensity of the FBGs can be determined, and stored in mat file. Please set up a number of important parameters before use [wl_start] [wl_end] [FBGs_num] [Min_PowerValue] [Peaks_seperation] Other relevant variables [OSA_data] The full spectrum of the spectra read in OSA_data may contain wider wavelength range [OSA_data_FBGs] the wavelength range of the FBGs is determined by [wl_start] [wl_end] The exported data file is FBGs.mat, where the important variable is [FBGs_peaks]. [FBGs_peaks] first column: peak number, second column: axis - center wavelength value, third column: longitudinal axis - peak intensity.)