By the analysis, it has been concluded that slopy ridge has better discharge effect comparing with verical ridge.

结-试验证明，斜墙式消力坎倾角越大，消能率越大，同时收缩端面处回漩流速也更大。

Based on machine kinematics and cutting theories, the simulating method for the generation of three-dimensional surfaces in face turning and flycutting of SPDT is studied.

基于机床运动学和切对单点金刚石时件端面切及“飞切”行了仿真建模。

Ends of the tegular filters (10) are cut off crosswise to make the end surfaces respectively form inclined surfaces such that vertical sections of the tegular filters (10) are in a rough trapezoid.

瓦状滤波器(10)端部被斜向切除以使端面分别形成斜面，从而瓦状滤波器(10)垂直截面呈大致梯形。

By the analysis, it has been concluded that slopy ridge has better discharge effect comparing with verical ridge.

结论-试验证明，斜墙式消力坎倾角越大，消能率越大，同时收缩端面处回漩流速也更大。

Based on machine kinematics and cutting theories, the simulating method for the generation of three-dimensional surfaces in face turning and flycutting of SPDT is studied.

基于机床运动学和切削理论对单点金刚石加工时工件端面切削及“飞切”加工进行了仿真建模。

Ends of the tegular filters (10) are cut off crosswise to make the end surfaces respectively form inclined surfaces such that vertical sections of the tegular filters (10) are in a rough trapezoid.

瓦状滤波器(10)端部被斜向切除以使端面别形成斜面，从而瓦状滤波器(10)垂直截面呈大致梯形。

By the analysis, it has been concluded that slopy ridge has better discharge effect comparing with verical ridge.

结论-试验证明，斜墙式消力坎倾角越大，消能率越大，同时收缩端面处回漩流速也更大。

Based on machine kinematics and cutting theories, the simulating method for the generation of three-dimensional surfaces in face turning and flycutting of SPDT is studied.

基于机床运动学和切削理论对单点金刚石加工时工件端面切削及“飞切”加工进行了仿真建模。

Ends of the tegular filters (10) are cut off crosswise to make the end surfaces respectively form inclined surfaces such that vertical sections of the tegular filters (10) are in a rough trapezoid.

瓦状滤波器(10)端部被斜向切除以使端面分别形成斜面，从而瓦状滤波器(10)垂直截面呈大致梯形。

By the analysis, it has been concluded that slopy ridge has better discharge effect comparing with verical ridge.

结论-试验证明，斜墙式消力坎倾角越大，消能率越大，同时收缩端处回漩流速也更大。

Based on machine kinematics and cutting theories, the simulating method for the generation of three-dimensional surfaces in face turning and flycutting of SPDT is studied.

基于机床运动学和理论对单点加工时工件端及“飞”加工进行了仿真建模。

Ends of the tegular filters (10) are cut off crosswise to make the end surfaces respectively form inclined surfaces such that vertical sections of the tegular filters (10) are in a rough trapezoid.

瓦状滤波器(10)端部被斜向除以使端分别形成斜，从而瓦状滤波器(10)垂直截呈大致梯形。

By the analysis, it has been concluded that slopy ridge has better discharge effect comparing with verical ridge.

结论-试验证明，斜墙式消力坎倾角越大，消能率越大，同时收缩回漩流速也更大。

Based on machine kinematics and cutting theories, the simulating method for the generation of three-dimensional surfaces in face turning and flycutting of SPDT is studied.

基于机床运动学和削理论对单点金刚石加工时工件削及“飞”加工进行了仿真建模。

Ends of the tegular filters (10) are cut off crosswise to make the end surfaces respectively form inclined surfaces such that vertical sections of the tegular filters (10) are in a rough trapezoid.

瓦状滤波器(10)部被斜向使分别形成斜，从而瓦状滤波器(10)垂直截呈大致梯形。

By the analysis, it has been concluded that slopy ridge has better discharge effect comparing with verical ridge.

结论-试验证明，斜墙式消力坎倾角越大，消能率越大，同处回漩流速也更大。

Based on machine kinematics and cutting theories, the simulating method for the generation of three-dimensional surfaces in face turning and flycutting of SPDT is studied.

基于机床运动学和切削理论对单点金刚石加工工件切削及“飞切”加工进行了仿真建模。

Ends of the tegular filters (10) are cut off crosswise to make the end surfaces respectively form inclined surfaces such that vertical sections of the tegular filters (10) are in a rough trapezoid.

瓦状滤波器(10)部被斜向切除以分别形成斜，从而瓦状滤波器(10)垂直截呈大致梯形。

By the analysis, it has been concluded that slopy ridge has better discharge effect comparing with verical ridge.

结论-试验证明，斜墙式消力坎倾角越大，消能率越大，同时收缩端面处回漩流速也更大。

Based on machine kinematics and cutting theories, the simulating method for the generation of three-dimensional surfaces in face turning and flycutting of SPDT is studied.

基于机床和切削理论对单点金刚石加工时工件端面切削及“飞切”加工进行了模。

Ends of the tegular filters (10) are cut off crosswise to make the end surfaces respectively form inclined surfaces such that vertical sections of the tegular filters (10) are in a rough trapezoid.

瓦状滤波器(10)端部被斜向切除以使端面分别形成斜面，从而瓦状滤波器(10)垂直截面呈大致梯形。

By the analysis, it has been concluded that slopy ridge has better discharge effect comparing with verical ridge.

结论-试验证明，斜墙式消力坎倾角越大，消能率越大，同时收缩回漩流速也更大。

Based on machine kinematics and cutting theories, the simulating method for the generation of three-dimensional surfaces in face turning and flycutting of SPDT is studied.

基于机床运动学和削理论对单点金刚石加工时工件削及“飞”加工进行了仿真建模。

Ends of the tegular filters (10) are cut off crosswise to make the end surfaces respectively form inclined surfaces such that vertical sections of the tegular filters (10) are in a rough trapezoid.

瓦状滤波器(10)部被斜向使分别形成斜，从而瓦状滤波器(10)垂直截呈大致梯形。

By the analysis, it has been concluded that slopy ridge has better discharge effect comparing with verical ridge.

结论-试验证明，斜墙式消力坎倾角越，消能率越，同时收缩端面处回漩流速也。

Based on machine kinematics and cutting theories, the simulating method for the generation of three-dimensional surfaces in face turning and flycutting of SPDT is studied.

于机床运动学和切削理论对单点金刚石加工时工件端面切削及“飞切”加工进行了仿真建模。

Ends of the tegular filters (10) are cut off crosswise to make the end surfaces respectively form inclined surfaces such that vertical sections of the tegular filters (10) are in a rough trapezoid.

瓦状(10)端部被斜向切除以使端面分别形成斜面，从而瓦状(10)垂直截面呈致梯形。

By the analysis, it has been concluded that slopy ridge has better discharge effect comparing with verical ridge.

结论-试验证明，斜墙式消力坎倾，消能率，同时收缩端面处回漩流速也更。

Based on machine kinematics and cutting theories, the simulating method for the generation of three-dimensional surfaces in face turning and flycutting of SPDT is studied.

基于机床运动学和切削理论对单点金刚石加工时工件端面切削及“飞切”加工进行了仿真建模。

Ends of the tegular filters (10) are cut off crosswise to make the end surfaces respectively form inclined surfaces such that vertical sections of the tegular filters (10) are in a rough trapezoid.

状滤波器(10)端部被斜向切除以使端面分别形成斜面，状滤波器(10)垂直截面呈致梯形。