1.
Research on Multi-axis NC Machining for Free-form Surface Based on Mastercam;
基于Mastercam的曲面多轴加工技术的研究
2.
Study on the NC Programming System in Multi-Axis Free-Form Surface Machining with High-Precision and High-Efficiency;
复杂曲面多轴加工的高精度、高效率数控编程系统研究
3.
A Generating Algorithm of Multi-axis NC Machining Tool-path for Triangular Mesh Surface Model
三角网格曲面模型多轴数控加工刀轨生成算法
4.
Research of Automatic Programming System Simulation Technique in Multi-axis Numerically Controlled Machining Complex Curve;
多轴数控加工复杂曲面自动编程系统仿真技术研究
5.
Five-axis Tool Orientation Optimization Based on Kinematical Method
自由曲面五轴加工刀轴矢量的运动学优化方法
6.
Research on the Interference Detection in Five-axis Complex Surfaces Machining;
复杂曲面五轴数控加工中干涉问题的研究
7.
Surface Modeling and Cutter Location Planning of Marine Propeller with 5-axis Machine Tools;
船用螺旋桨曲面造型及五轴数控加工刀位规划
8.
The Forecast of Machining Method Error of Free-form Surface in 3D NC Manufacture with MasterCAM
基于MasterCAM的曲面三轴数控加工方法误差的预测
9.
High Speed Grinding with CBN Grit Wheel for Camshaft Manufacturing of Engine
发动机曲轴凸轮轴CBN高速磨削加工
10.
Multi-axis Machining Oriented Researches of Turbine Blade Surface Modeling
面向多轴加工的汽轮机叶片型面建模技术研究
11.
The Research on the Free-form Surface Design and Five-Axis and High-speed NC Machining of Impeller;
螺旋桨叶轮自由曲面造型与五轴高速数控加工技术的研究
12.
Constructing and processing of NC instruction for 5-axis machining of NURBS surfaces
非均匀有理B样条曲面五轴加工数控指令的构建与处理
13.
Research on the Synthetic Error Analysis of Multi-axes Machining for Globoidal Cam
弧面分度凸轮多轴联动加工综合误差分析研究
14.
3-axle Linkage CNC Boring and Milling Machine Processes Multi-angle Space Plane of Cutting Head Body
三轴数控镗铣床加工截割头体多角度空间平面
15.
A parameterized spatial surface has been constructed from3 dimensional scattered data, and upon it the5 axis trace for laser processing can be laid out.
将三维离散数据点集拟合为空间参数曲面,在此参数曲面上规划五轴激光加工的等距轨迹。
16.
Innovations Of The Mechanical Processing Techniques Of The Main Journal Of G6135Z Crankshaft;
G6135Z曲轴主颈机加工工艺改进
17.
The Machining Technology of the Domestically-Produced 9L21/31 Crankshaft
9L21/31曲轴国产化加工工艺开发
18.
Meanwhile, the fracture was accelerated due to the uneven surface hardness and the unreasonable distribution of the hardening layer on the crankshaft, and the bad lubrication condition in service.
同时轴左颈表面硬度不均匀、淬硬层分布不甚合理，工作过程中润滑条件差，加速了曲轴的断裂。