Aims & Scope
Multiscale Modelling is a relatively new research field which has in a short time had a significant impact on many scientific and engineering disciplines including material science, fluid dynamics, chemistry, and biology. In these areas problems are often multiphysics and have important features at multiple scales, particularly multiple spatial scales.Multiscale Modelling is an international peer-reviewed journal that presents forefront fundamental works in the above field of research. It features timely scientific reports of advances in modelling and computation, theoretical breakthroughs and also contains interesting review articles about emerging issues.
Multiscale Modelling provides a common platform for exchange of views and presentation of original papers (theoretical, computational and experimental) with a general emphasis on Multiscale issues in this rapidly developing field. Papers reporting advancement of the theory and applications of single scale problems (i.e. Nano, Micro, etc.) which pave the way for multiscale implementation are also appropriate for the journal.
Research areas of interest include for example multiscale modelling and computation in: composite and polymer materials, crystalline microstructures, nanomaterials, opto electronics for the development of materials with particular optical, magnetic and electrical properties, flow through porous media, dendritic solidification, turbulent transport in high Reylonds number flows, spray combustion, large-scale molecular dynamic simulation, environmental applications such as separation of gas, toxicological properties, environmental impact, chemistry and biological systems.