A new approach is proposed to modeling the milling force based on the cutting force shape characteristics in end milling.

To study and solve this problem, getting correct mechanistic model of end milling is an important work.

In this paper, two approches are presented to evaluate the chatter state in end milling, because the chatter has a great influence upon the accuracy and roughness of the workpiece, the productivity and the life of the cutter.

Research on the Optimization of Cutting Parameter in Single Pass End-milling for Numerical Control Milling Machine;

Finite Element Modal Analysis on End Mill in High Speed Milling;

By analyzing helical cutter wear out characteristics, the multi sensor information fusion technique was brought forward using neural network monitoring cutter major flank wear area.

Research on consumed energy analysis and cutting parameters optimization of peripheral milling process;

On the basis of an improved nonlinear mathematic model of peripheral milling force and its dynamics equations,a computer simulation model of milling dynamics is developed by using variable step numerical integral algorithm based on an explicit fourth-order Runger-Kutta formula.

Combined with a virtual simulation system of peripheral milling process and cutting force signal obtained in cutting trials,an optimal BP neural network model with 1-20-1 structure that can be used rapidly to predict vibration in peripheral milling process is trained and established.

Three-dimension solid modeling of end milling cutter;

The thesis does a research on design the high speed end milling cutter and dynamic characteristics, which based on the high speed milling technology and diamond tool performance,it is great significance in application in milling of diamond tools .