The trend of development of cutting;

Some key techniques such as material model,chip separation and damage criteria,friction conditions along the rake face/chip interface and heat generation in the finite element simulation of metal cutting process were discussed in details.

Speed Machining is a importance trend of cutting.

An Automatic Technology on Machining for Compound Material with Energy;

Severe plastic deformation and formation of ultra-fine grain in machining;

Tool Technology on Ultra-high Speed Machining

Effect of cutting process on quality of anode oxide film of aluminium alloy;

Research on Fuzzy Intellectual Control of Dimensional Accuracy in Cutting Process;

The discussion of the means of improving the superficial quality of cutting machining;

Optimizing Types Selection and Usage of the Index Cutting Tool in the Process of Cutting Machining;

Then the research and applying situations of artificial neural networks on cutting machining were reviewed.

The present status of metal cutting and cutter technology at home are analyzed, and some suggestions about developing strategies are presented.

Metal cutting is a process with exceeding non-linear and heat-stress coupled.

Metal cutting, the conventional method of mechanical machining, develops toward high-speediness, high precision and automation.

Study on the Machinability of Pre-hardened Plastic-mould Steel;

Determining the Influence of Property Parameters on Metal Machinability via Analytical Grey Incidence Process;

Research on plasticity and machinability of metal materials from morphology of hardness indentation;