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Description: 运用Vc抖和Open Inventor的三维API，对数控铣削仿真系统的编程实现进行研究。首先j
9通过VRML接口实现毛坯和刀具模型的导入，并结合数据库技术完成代码解析和插补计算，最后运用SolidViz模块快速的进行布尔运算并实现动态切削显示。-Programming of NC milling simul~ion system is studied，using Vc++and Open Inventor 3D API．First，realize the import of blanks and tools model through VRML interface，then finish the parse of NC code and interpolation calculation with the support of database technology．Finally，take advantage of SolidViz module to implement the boolean operation and dynamic cutting display
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Size: 262144 |
Author: 田猛 |
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Description: 利用hoops进行建模，模拟刀具的切削过程，先建模，然后点tool和cut，可作为机床数控加工仿真开发的参考。-Hoops for modeling, simulation tool cutting process, first modeling then point tool and cut, can be used as the reference machine CNC machining simulation development.
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Size: 3206144 |
Author: |
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Description: 针对钛合金材料和硬质合金刀具，实现球头刀切削力的计算-To calculate the cutting force of ballend cutter when cutting the Ti material with a Carbide cutter
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Size: 1024 |
Author: 成成 |
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Description: 刀具磨损的研究方法很多，本文针对近些年发展的声发射技术( AE) 在监测刀具磨损上的应用，采用理论分析和现场试验的方法进行可行性分析和验证，结果表明: 在考察的几个影响声发射信号强度的因素之中，刀具主切削刃后刀面磨损量对其影响最为显著-Tool wear a lot of research methods, this paper developed in recent years for the acoustic emission technique (AE) monitoring tool wear on the application, using theoretical analysis and field test the feasibility of the method of analysis and verification, the results showed that: in the study of several among affecting acoustic emission signal intensity factor, flank wear their most significant impact on the main cutting edge tool
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Size: 183296 |
Author: 张力 |
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Description: 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
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Size: 552960 |
Author: Lycan |
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Description: 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 of CNC machine tools for the goal, on the basis of practical experience in processing formula , considering the performance of the machine and tool constraints , build CNC machine tool consumption model , PSO optimization algorithm for solving optimization objective function , the use of cutting parameters optimized for processing, can significantly reduce energy consumption.
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Size: 553984 |
Author: Lycan |
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Description: 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 of CNC machine tools for the goal, on the basis of practical experience in processing formula , considering the performance of the machine and tool constraints , build CNC machine tool consumption model , PSO optimization algorithm for solving optimization objective function , the use of cutting parameters optimized for processing, can significantly reduce energy consumption.
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Size: 553984 |
Author: Lycan |
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Description: MACH3?G代码和M代码说明代码说明??
G代码代码??
前面带*号，表示MACH3不支持
G00?
??快速定位???
G01???直线切削??
G02????顺时针圆弧/螺旋切削??
G03????逆时针圆弧/螺旋切削??
G04?????暂停?
*G09 精确停止
G10?????设定坐标原点??
G12???顺时针圆切削??
G13?????逆时针圆切削
??
G15/G16?????极坐标指令??
G17???选择XY?平面??
G18?????选择XZ平面??
G19????选择YZ平面??
G20/G21???英制单位/公制单位??
G28???返回基准点??
G28.1????定义轴基准??
G30????返回第二基准点??
G31????直探头??
*G32???切螺纹?
G40??
??取消刀具半径补偿??(MACH3 G code and M code codeG codeThe front band * sign indicates that MACH3 is not supported)
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Size: 8192 |
Author: stm32cnc |
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