Accurate tool wear prediction is an essential task in machining processes because it helps
to schedule efficient tool maintenance and maximise the tool's useful life, thus contributing to …

Purpose This study aims to provide a systemic and integrated view of how Industry 4.0 and
its enabling technologies affect companies' internal and external environments. It offers a …

Quality control is being increasingly automatised in the context of Industry 4.0. Its
automatisation reduces inspection times and ensures the same criteria are used to evaluate …

This paper focuses on the use of smart manufacturing in lathe-cutting tool machines, which
can experience thermal deformation during long-term processing, leading to displacement …

Quality constitutes the cutting-edge of contemporary industry, much more sharpened with
the emergence of Industry 4.0. Yet, the assurance of delivering high-quality products …

As the usage of information and communication technology (ICT) solution have been
exploded in the last decades, the research community exhibits a deficiency in terms of …

In the present era, the manufacturing sector is experiencing two distinct revolutions. Industry
4.0 emphasizes machine autonomy, digitization, and problem-solving without human …

Poor layout designs in manufacturing facilities severely reduce production efficiency and
increase short-and long-term costs. Analyzing and deriving efficient layouts for novel line …

Imaging spectroscopy is a potent and versatile technique, offering valuable spatial and
spectral data across a diverse range of applications such as agriculture, environmental …

MR can create immersive environments for workers to practice safety protocols, identify
potential hazards, and visualize safety information in real-time, improving safety awareness …