MetaResource

MetaResource aims to publish the latest developments in cutting-edge techniques, research, and applications in mining, mineral processing, and extractive metallurgy. The journal topics encompass theoretical developments, analytical methods, numerical simulation methods, control science and engineering, artificial intelligence, information technology, computer interdisciplinary applications, and other digital and numerical simulation techniques, which will promote the development of mineral resources. The journal considers full-length articles, short communications, perspectives, review articles, and paper previews, and publishes 4 issues per year. The recommended research and application fields include, but are not limited to the following: (1) Theoretical Developments: advancements in theoretical frameworks and concepts that drive scientific and technological progress in the fields of mineral resources; (2) Analytical Methods: various analytical techniques and procedures used to understand, interpret, and evaluate data and phenomena related to mineral resources; (3) Numerical Simulation Methods: numerical methods and algorithms used for modeling, simulation, and prediction of physical equipment and processes; (4) Control Science and Engineering: the application of control theory and engineering principles to optimize and automate mineral resource extraction and processing systems; (5) Artificial Intelligence and Information Technology: data mining, machine learning, predictive analytics, data management, software development, and networking techniques applications in the fields of mineral resources; (6) Digital Twin and Virtual Reality Techniques: any new digital techniques like Digital Twin and Virtual Reality that may bring advancements in the development of mining, mineral processing,g and extractive metallurgy.