1.
Analytical Study about Milling-NC Tool-path Optimization and Macro-structure Plan of CATPP System;
数铣刀位轨迹优化及其系统总体结构设计分析与研究
2.
Pocket tool path optimization in high speed milling;
型腔高速铣削加工刀具轨迹优化研究
3.
Research on High Speed Milling Forces and Cutter Path Optimizing;
高速铣削切削力变化及刀具轨迹优化研究
4.
Study on Tool Path Generation and Optimization of Plunge Milling for Cavity with Material of Titanium Alloy
钛合金型腔插铣刀具轨迹优化方法研究
5.
An Programming Algorithm Based on Network Optimization of Tool Path in Complex Pocket
基于网络优化的复杂型腔刀具轨迹规划算法
6.
An Optimized Algorithm Based on the Shortest Path of Tool Path in Complex Pocket
最短路优化的复杂型腔刀具轨迹规划算法
7.
A Fast Optimization Algorithm of Observer Trajectory for Bearings-Only Target Localization
纯方位目标定位观测器轨迹的快速优化算法
8.
The tool-path generation for the integral impeller based on the second development of UG
UG二次开发的整体叶轮刀位轨迹生成
9.
Tool Path Planning for 5-Axis NC Machining Based on Iso-Scallop Method;
基于等残留高度法的五轴NC加工刀位轨迹规划
10.
Research on Surface Modeling and NC Tool Path Base on Scatter Points
散乱数据点曲面造型与数控加工刀位轨迹研究
11.
Machining Simulation for Axial-Flow Hydraulic Turbine Blade
轴流式水轮机叶片数控加工刀位轨迹仿真
12.
Calculation of cutter location path for NC-ultrasonic grinding of ceramic blade surface
数控超声磨削陶瓷叶片型面刀位轨迹计算
13.
Study on free surface modeling of NC machining tool-path generation
自由曲面数控加工刀位轨迹生成方法的研究
14.
Study on Free Surface Modeling of NC Tool-path Generation in the Lab
自由曲面数控刀位轨迹生成方法的实验研究
15.
Abstract: When a NC milling toolpath is generated, in order to reduce machi ning errors and manufacuring cost, the optimization of NC toolpath have to b e paid attention to.
文摘:在生成NC铣加工刀具的运动轨迹时，应注意优化加工路径，以减少加工误差、少加工成本。
16.
When a NC milling toolpath is generated, in order to reduce machi ning errors and manufacuring cost, the optimization of NC toolpath have to b e paid attention to.
在生成NC铣加工刀具的运动轨迹时，应注意优化加工路径，以减少加工误差、少加工成本。
17.
The cutter location arithmetic for sphere milling cutter and flat-end milling cutter is pointed out and the tool path of vane surface is simulated.
提出了球头刀和平头刀的刀位计算方法,并对叶片曲面的刀具轨迹进行了仿真模拟。
18.
Ascent Trajectory Optimization and Fast-Reconstruction for Suborbital Launch Vehicle
亚轨道飞行器上升段轨迹优化与快速重规划