In recent years, the integration of intelligent industrial process monitoring, quality prediction,
and predictive maintenance solutions has garnered significant attention, driven by rapid …

The pursuit of energy efficiency in machining processes is a critical aspect of sustainable
manufacturing. A significant portion of global energy consumption is by the industrial sector; …

Aero-engines, the core of air travel, rely on advanced high strength-toughness alloys
(THSAs) such as titanium alloys, nickel-based superalloys, intermetallics, and ultra-high …

Thin-walled parts are widely used in the aerospace industry, where the milling deformation
of the parts caused by their thin-walled dra** and extremely large size ratio characteristics …

A large part of the global carbon footprint comes from manufacturing. Apart from material
distribution during product assembly, rational optimization of cutting parameters and …

Batch machining systems are essential for improving productivity and quality, but they
consume considerable amounts of energy due to the continuous interaction with machine …

The integrated multi-objective optimization of machining parameters for improved machining
quality and efficiency is important in batch milling systems. Due to the change of the batch …

Five-axis machining, especially flank milling, is popular in machining thin-walled freeform
surface parts with high energy consumption. Reducing the machining energy consumption …

The machining processes of machining features, as the crucial components of the
machining process for the overall part, significantly impact machining quality and production …

Abstract Development of energy efficient machining is the present focus to industries for
reduction of energy consumption and making the manufacturing system more sustainable …