In recent years, the semiconductor supply chain has experienced dramatic changes, due to
geopolitical tensions and public health events, which have provided insights into supply …

Over the past few years, numerous countries have rapidly expanded the number and size of
their high-tech clean fabrications, to keep pace with electronic devices and Internet needs …

The semiconductor industry serves as both a driver of digital transformation (DT) and a
bearer of energy preservation and lower emissions. This study focuses on the Chinese …

The textile manufacturing sector plays a vital role in the economic growth of many emerging
economies. Hence, achieving energy efficiency and sustainability is crucial for this sector to …

In the last decade, researchers have focused on digital technologies within Industry 4.0.
However, it seems the Industry 4.0 hype did not fulfil industry expectations due to many …

To keep up with the times, the semiconductor manufacturing industry needs to break down
barriers to data transmission. Since the manufacturing process of semiconductor materials is …

High-tech industrial buildings, such as semiconductor cleanrooms, generally require strict
temperature, humidity, and cleanliness controls, resulting in very high energy consumption …

Semiconductors are the cornerstone of rapid information flow in the circular economy era
and are crucial for society as a whole. Improving the efficiency and achieving sustainable …

Modern supply chains are affected by high disruption risks owing to their production
complexity and globalization characteristics. In addressing supply chain disruption risks, we …

The semiconductor industry provides technological support for a wide range of industries,
including artificial intelligence, communications, consumer electronics, and medical …