搜索资源列表
nurbs
- 在数控系统中实现高速高精加工的nurbs插补，这个代码是在matlab对其进行的仿真-In the NC system to achieve high-speed and high precision of nurbs interpolation, this code is carried out in the matlab simulation
rv320e22
- 用于生成一定齿数一定直径的摆线轮线型，输出的文本文件可与数控机床相链接，直接用于生产加工。-Used to generate a certain number of teeth a certain diameter of the cycloidal linear, the output text file that can be linked with the CNC machine tools directly used in production and processing.
da_l_l
- 螺旋锥齿轮数控加工过程关键点计算，包括对刀过程、加工过程等-The spiral bevel gear process key points computing
da_l_r
- 螺旋锥齿轮数控加工过程关键点计算，包括对刀过程、加工过程等（左旋右侧齿面加工）-The spiral bevel gear process key points computing
xiao_r_l
- 螺旋锥齿轮小轮右旋左侧齿面数控加工关键点计算，包括对刀点、回转工作台旋转角度等-Spiral bevel gears Ferry right hand the left side of the tooth surface CNC machining critical point calculations, including the knife point , the rotary table rotation angle
xiao_r_r
- 螺旋锥齿轮小轮右旋右侧齿面数控加工关键点计算，包括对刀点、回转工作台旋转角度等-Spiral bevel gear small round right-handed right side of the tooth surface CNC machining critical point calculations, including the knife point , the rotary table rotation angle
LINE
- 直线插补算法，可用于数控加工，用matlab编程-Linear interpolation algorithm can be used for CNC machining, using matlab programming
Optimization-design-test
- 从数控机床能耗角度出发，以切削参数为变量，以降低数控机床能耗为目标，在实际加工经验公式的基础上，考虑机床性能和刀具约束条件，建立数控机床能耗模型，采用粒子群优化算法对目标函数寻优求解，利用优化后的切削参数进行加工，能明显地降低能耗。-Optimization design of numerical control tool energy base on cutting paramenters
Optimization-design-experiment1
- 从数控机床能耗角度出发，以切削参数为变量，以降低数控机床能耗为目标，在实际加工经验公式的基础上，考虑机床性能和刀具约束条件，建立数控机床能耗模型，采用粒子群优化算法对目标函数寻优求解，利用优化后的切削参数进行加工，能明显地降低能耗。-From the perspective of CNC machine tool consumption to cutting parameters as variables , in order to reduce the energy consumption o
newCNC2
- G-code生成器，在matlab中使用，模拟数控加工，用于生成G代码(G-code Generator can be used in Matlab to simulate computerize-numberal-control process and generate general G code.)
matlab编程
- 绘制数控加工叶瓣稳定图，基于matlab的用于铣削动力学建模的稳定性叶瓣图分析(Draw the stability profile of nc machining blade lobe, and analyze the stability profile based on matlab for milling dynamics modeling)