In this paper the idea of Self-Optimizing Machining Systems (SOMS) is introduced and
discussed. Against the background of Industry 4.0, here the focus is the technological level …

Over a century, metal cutting has been observed as a vital process in the domain of
manufacturing. Among the numerous available metal-cutting processes, milling has been …

Turn milling is a key technique that can be used to achieve high-efficiency machining and
improve life of tools used for difficult-to-cut materials because intermittent cutting with …

The design and analysis experiences of computer aided engineering (CAE) used in the
heavy industry is novel for conventional company before prepare going to execute the fourth …

The cutting forces generated in machining are responsible for the tool deflection, part
distortion, and features as chatter; therefore, their accurate estimation is fundamental to …

Turn-milling is a multi-tasking machining operation offering several superiorities compared
to conventional turning. The simultaneous rotation of tool and workpiece makes this process …

The processing of aerospace thin-walled parts with complex curved surfaces can hardly
realize both high precision and high efficiency. It is challenging to choose the optimal …

Strength always remains the prime requirement of any produced products, which normally
explicate the capability of the products to sustain stress into it. Ultimate tensile strength is …

The manufacturing process of turn-milling offers high productivity, high geometrical flexibility,
safe chip breaking and machining of twist-free surfaces. However, the achievable …

The cutting-edge temperature on the flank face in dry turn-milling of medium carbon steel
(ISO C45) is measured using a two-color pyrometer with an optical fiber. In turn-milling …