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DhhYc
- 这是用于电火花机床加工控制参数优化的一个多目标遗传算法的matlab程序,自己原创,分享出来和大家交流。 -It is used for electric discharge machining control parameters optimization of a multi-objective genetic algorithm matlab program, their own originality, share them and everyone exchanges.
TSP110707
- 本文首先提出了基于TSP 的多点位加工路径优化模型以最高生产效率为目标 函数并以数控中心的多孔位加工和多点位焊接两个典型的自动化加工系统为例来 验证该模型的经济性和适用性其次分别为这两个系统建立了基于TSP 的路径优 化模型模型中考虑了实际加工时的系统中约束条件的影响如数控加工中心的换 刀速度主轴移动速度和焊接机器人的工作台转动速度等提出了近似法将数 控加工中心主轴对同一个孔位n 次重复遍历如钻粗镗精镗等简化对n 个 极小间距的相邻点位的一次遍历从而建立相应的多点位数控加
matrixaco
- 一个基于矩阵分布的改进型蚁群算法(ACO),可用于矩形区域分布的孔加工路径规划-A matrix based on the distribution of improved ant colony algorithm (ACO), can be used for regional distribution of hole machining rectangular path planning
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
encode-and-decode-of-shop-job
- 用于车间调度的编码和解码。 encode函数用于生成M*N的编码数组。M为机器数,N为工件数。 Jm数组的行,表示对应工件在不同机器上的加工顺序。数组内容为机器号。 T数组为加工时间数组。第M行第N列,表示第N号工件在第M号机器上的加工时间。 程序采用先判断对应机器上是否有空间满足插空标准,处理后,再判断是否产生新的空间。 decode解码函数最终需要求得,在M个机器中,所用的最长时间,也就是最大完成时间,作为解码的结果。-For shop scheduling encodi
TSP-used-in-PCB
- TSP改进算法及在PCB数控加工刀具轨迹中的应用-TSP improved algorithm and PCB CNC machining tool path
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
shukongjiagong
- 使用matlab仿真功能,模拟双坐标加工平台-Use matlab simulation capabilities, dual-axis machining simulation platform
jgctgu
- 流水线车间的零件加工排序问题,以达到最优的加工顺序,使加工时间最短或零件后期维护费用最少-Plant parts processing pipeline scheduling problem, in order to achieve optimal machining sequence, so that the processing time of the shortest or least parts later maintenance costs
Genetic-algorithm-Matlab
- 以加工时间最短为目标,对机加车间工件加工问题建立数学模型。针对标准遗传算法(SGA)求解存在的早熟收敛、求解精度低等问题,提出一种改进的遗传算法。-Aiming at the shortest processing time, the mathematical model of machining workpieces in machining workshop is set up. Because of premature convergence and low precision for s
xyz_116_t
- 该文件程序可用于任意螺旋锥齿轮加工参数的齿面数据点的输出,可直接修改参数,得出对应的齿轮齿面,为齿轮的建模和TCA提供一定的基础。-The output of the file that can be used for any machining parameters of spiral bevel gear tooth surface data points, you can directly modify the parameters derived corresponding gear t
Desktop
- 求解简单的JSP问题,已知3机器5工件的JSP问题加工工序和加工时间矩阵,求解最有加工顺序下的最小完工时间-Solving simple JSP issues, known 3 5 machine the workpiece JSP processing steps and processing time problems matrix, solving the minimum completion time under most machining sequence
stability-lobe-matlab
- 用于绘制加工稳定性耳垂图,可以确定不同参数下的稳定性加工极限-For drawing processing stability lobe diagram, can determine the limit of machining stability under different parameters
wfmpsf
- 使用zernike多项式进行光学像差的拟合,从而进行光学镜面像差的分析,有助于提高光学系统的加工精度。(The Zernike polynomial is used to fit the optical aberration, and the analysis of optical mirror aberration is helpful to improve the machining precision of the optical system.)
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)
MATLABstability_lobe
- 针对铣削过程建立的动力学方程,推导出可用以指导加工的稳定性叶瓣图,获得各主轴转速下对应的极限切深。(According to the dynamic equation of milling process, the stable lobe diagram which can be used to guide machining is derived, and the corresponding limit cutting depth of each spindle speed is obtain