Turbine blades are widely used in aviation industries for its aero-dynamic performance.
However, as a kind of thin-walled parts with complex surfaces, to machine blades with high …

Thin-wall components are some critical parts that are extensively used in modern industries
due to their high structural efficiency and low specific weight. However, precision machining …

In the machining process, tool wear is an unavoidable reason for tool failure. Tool wear has
an impact on not just tool life but also the quality of the finished product in terms of …

There has been a great increase in the applications of micro thin-walled parts in many fields,
such as medical devices, aerospace and so on. The requirement of machining dimensional …

Clam** quality is one of the main factors that will affect the deformation of thin-walled parts
during their processing, which can then directly affect parts' performance. However …

The application of cutting fluid is the most direct and effective method for improving the
productivity in machining difficult-to-cut materials. Besides the typical flood cooling method …

The milling process of thin-walled structures will often face challenges such as increased
vibrations and poor surface finishing due to reduced stiffness and dam** properties of the …

The machining of thin-wall components made of titanium alloys is challenging because the
poor machinability of the material leads to severe problems such as accelerated tool wear …

During milling operations, regenerative and periodic forces are generated from the
interactions of cutting tools and workpieces. While the regenerative forces can be preempted …

Tool wear is one of the most important factors restricting the development and application of
micro-milling technology. In order to accurately evaluate the tool wear features in the micro …