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weierstrass
- 表面粗糙度分形曲线的模拟程序,这是我毕业论文中的程序
ONlineIdentifyBaseOnFuzzyNeural
- 发表于一个核心刊物的博士论文，利用模糊神经网络构建了一个表面粗糙度的辨识系统
envelop.rar
- 应用表面粗糙度曲线上寻找上下包络线，其过程：找到极大极小值，之后画出直线,envelop
runningin
- 几篇磨合的好文章，供参考。应用表面粗糙度分析仪、发射光谱和扫描电镜等,利用油液检测技术,结合使用不同的磨合油,对CA6110Z 07Y型柴油机磨合过程进行综合研究。 -Run a few good articles for reference. Application of surface roughness analyzer, emission spectroscopy and scanning electron microscopy, the use of oil detection
runningin2
- 磨合资料2，再参考。从摩擦副的表面粗糙度、铁谱技术以及负荷、转速和间等不同的角度对不同机型的磨合进行了研究 -2 run-information before the reference. From the friction of the surface roughness, as well as Ferrography load, speed and the angle between the different models for different run-studied
gap-width-and-JRC
- 计算岩石表面裂隙宽度并求取其表面粗糙度系数-Calculate the rock surface crack width and strike the surface roughness coefficient
5
- ：建立了碳钢渗硫表面和非渗硫表面的多球凸峰面接触模型，模型中，凸峰高度按高斯函数分布．用塑性流线 理论分析了渗硫层的摩擦系数．计算结果表明：摩擦系数随载荷的增加而增加；相同粗糙度下，磨削加工的摩擦系 数比车削加工的摩擦系数大；摩擦系数随着渗层厚度的增大而增大．从减小摩擦系数的角度来考虑，渗硫层并非 越厚越好．-the multi-asperity sphere-shape model for surface contact between sulphurized layer and
ccdegree
- 此代码的主要功能是计算纹理图像的表面粗糙度-The main function of this code is to calculate the surface roughness of texture images
Portabution
- 便携式表面粗糙度仪设计与实现Portable surface roughness instrument design and implementation-Portable surface roughness instrument design and implementation
Scattering
- 计算各种多层膜的光散射、反射，评估多层膜的界面及表面粗糙度-Calculate the scattering of a multilayer
gap-width-and-JRC
- 计算岩石表面裂隙宽度并求取其表面粗糙度系数-Calculate the rock surface crack width and strike the surface roughness coefficient
fenxingweishu
- 介绍2种计算分形维数的算法，里边包含2个程序，计算比较简单，分行维数主要是获取图像的表面粗糙度-fractal dimension
表面粗糙度Ra的matlab计算程序
- 包含高斯滤波及最小二乘中线的详细计算过程，可计算自由表面粗糙度和一维粗糙度。
粗糙度matlab程序
- 计算一维和二维表面粗糙度Ra，根据需要自行选择。(Calculate one and two dimensional surface roughness Ra, according to the needs of your choice.)
shenjingwangluo
- 用于预测喷丸表面强化残余应力及表面粗糙度值，并可套用其他应用(It can be used to predict the residual stress and surface roughness of shot peening surface, and can be applied to other applications)
刘娜论文
- 本篇文章着重对高斯回归滤波器的原理与算法进行了简单的介绍。相对于其它传统方法，高斯滤波器有许多自己的优势。在现如今的工业领域中，主要用高斯滤波器将粗糙度信号从实测信号中提取出来。因为高斯回归滤波器的这些优点国际标准ISO16610已将其列为标准滤波器，主要用它来进行表面粗糙度的测量与研究。(This article focuses on the Gaussian regression filters principles and algorithms for a simple introduct
功率谱密度
- 用于计算表面粗糙度功率谱密度，及将二维功率谱密度转换为一维功率谱密度(It is used to calculate the power spectral density of surface roughness and transform the two-dimensional power spectral density into one dimensional power spectral density.)
forRA
- 求解表面粗糙度Ra值和精确估计Ra值的几种数值计算方法(Several numerical methods for solving Ra value of surface roughness and accurately estimating Ra value)
data and program
- 对针触式粗糙度测量仪测得的离散数据点进行高斯滤波，得到粗糙度曲线和波纹度曲线。(Gauss filtering is applied to the discrete data points measured by the pin-and-touch roughness measuring instrument to obtain the roughness curve and the waviness curve.)
SurfaceRoughness-master
- 计算表面粗糙度，可以选择高斯滤波、稳健高斯回归滤波，Ra、Rz、Rt(surface roughness Gaussian filtering and robust Gaussian regression filtering were selected)