1)milling insert铣刀片
1.Temperature field prediction for 3D complex slot typed milling insert based on artificial neural network;基于人工神经网络的三维复杂槽型铣刀片温度场预测
2.Study on force density function and stress field analysis of the waved-edge milling insert;波形刃铣刀片受力密度函数的研究及其应力场分析
3.Research on mathematical model of temperature field for milling insert with 3D complex groove;三维复杂槽型铣刀片温度场数学模型研究
英文短句/例句
1.triangular indexable carbide milling cutter insert三角形可转位铣刀片
2." Indexable hard metal (carbide)inserts with wiper edges, without fixing hole--Dimensions"GB/T2081-1987硬质合金可转位铣刀片
3.Stress Field Analysis of Milling Insert Based on Cellular Automata基于元胞自动机的铣刀片应力场分析
4.Stress Field Analysis and Evaluation for Milling Insert with Complex Groove;三维复杂槽型铣刀片应力场分析及评价
5.Study on Groove Optimization of Complex Three-Dimension Grooves Milling Insert;三维复杂槽型铣刀片槽型优选技术的研究
6.Research on Temperature Field under Irregular Hot Source of Milling Insert Based on CA Algorithm;基于CA的铣刀片不规则热源温度场研究
7.Research on Stress Field and Coupled Physical Field of Milling Insert Based on Cellular Automata基于CA的铣刀片应力场及综合物理场研究
8.Study on Stress State of 3D Complex Groove Milling Insert in Cut-in Course三维复杂槽型铣刀片切入过程应力状态的研究
9.The Theory Analysis of Cut-in Type for Milling Insert with 3D Complex Groove and Its Exploiture Research;三维复杂槽型铣刀片切入类型理论分析及其开发研究
10.Research on Sticking Failure Mechanism and Failure Criterion for Milling Insert with 3D Groove;三维复杂槽型铣刀片粘结破损机理及破损判据的研究
11.Research on Heating Density Function & Temperature Field Mathematical Model for Milling Insert with 3D Groove;三维槽型铣刀片受热密度函数与温度场数学模型的研究
12.Study on Force Density Function and Stress Field for Milling Insert with 3D Complex Groove;三维复杂槽型铣刀片受力密度函数及应力场的研究
13.Study on Measuring Technology and Choice of 3D Non-Uniform Groone of Milling Tools;三维铣刀片复杂槽型测量技术及优选技术的研究
14.Research on Visualization and Evaluation Criteria of Temperature Field for Milling Insert with 3D Complex Groove;三维复杂槽型铣刀片温度场可视化及评价准则研究
15.Analysis on Temperature Field of Three-Dimensional Complex Groove Insert and Study on Groove Reconstruction Technique;三维复杂槽型铣刀片温度场分析及槽型重构技术研究
16.Study on the Theory and Application of Cut-In Disrepair with 3D Complex Groove Wave-Edge Milling Insert三维复杂槽型铣刀片切入破损机理及其应用的研究
17.Study of Machining Method of Blower Vane with Discal Cutter;鼓风机叶片盘铣刀包络加工方法研究
18.end mill gashing and radius grinder端铣刀和侧面铣刀磨床
相关短句/例句
saw-tooth milling cutter锯片铣刀
1.The deformation and flaw of saw-tooth milling cutters happen frequently during the process of heat treatment.锯片铣刀在热处理过程中常有变形、裂纹现象发生。
3)combined milling cutter片铣刀组
1.The processing principle and method of slotting gear--grooves for big modulus gear wheel with combined milling cutter on a large--scale hobbing machine was put forward in the paper.用片铣刀组粗切大模数齿轮齿槽的原理及其工艺。
4)Disk milling cutter片铣刀
5)Milling with inserted–tooth cutter镶片铣刀盘铣削
6)inserted milling cutter镶片立铣刀
延伸阅读
铣刀片的应力场分析【摘要】 铣削属断续切削，切削过程中刀片受力非常复杂，力的大小和方向随时变化，刀片的失效形式主要为冲击破损。因此，采用有限元法对铣刀片应力场进行分析，以寻求减少刀片破损的刀具最佳几何角度，对于铣刀片槽型的开发具有指导意义。 1．引言 铣削属断续切削，切削过程中刀片受力非常复杂，力的大小和方向随时变化，刀片的失效形式主要为冲击破损。因此，采用有限元法对铣刀片应力场进行分析，以寻求减少刀片破损的刀具最佳几何角度，对于铣刀片槽型的开发具有指导意义。2．面铣切削加工坐标系统的建立图1 面铣切削加工坐标系统 面铣切削加工坐标系统由刀体坐标系和刀片坐标系组成，如图1所示。 在刀体坐标系中，Y轴为铣刀轴线，X轴在基面内过刀尖与Y轴相交。在刀片坐标系中，y1轴通过主切削刃，x1轴通过副切削刃，刀片前刀面在x1o1y1平面内。铣刀半径为R=OO1，铣刀前角为g0，刃倾角为ls，主偏角为K，法向前角为gn。 面铣刀无论具有何种几何角度，都可看作是由刀体坐标系经过一次平移和三次旋转而成，可用矩阵表示为其中 A11=cosgnsinhr+singnsinlscoshrA12=cosgncoshr-singnsinlssinhrA13=singncoslsA21=-coslscoshrA22=coslssinhrA23=sinlsA31=-singnsinhr+cosgnsinlscoshrA32=-singncoshr-cosgnsinlssinhrA33=cosgncoslstggn=tgg0cosls图2 切入冲击力的方向 3．切入冲击力方向的确定 铣削与车削的不同之处在于铣削为断续切削，存在着切入、切出过程，铣刀的破损主要是由机械冲击力引起的。因此，首先要确定铣刀切入瞬间冲击力的作用方向。铣削时，铣刀高速旋转，工件缓慢进给，若忽略进给运动(因进给运动速度仅为铣刀运动速度的约1/4)，铣刀切入冲击力的方向应该在刀具相对工件运动的切线方向上。如图2所示。由图1可知，切入冲击力方向为Z轴方向，力F分解到刀片坐标系中为
