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6. Conclusion
The use of mesoscopic approaches to solve industrial problems is still in its infancy. However, a wide range of possibilities is open. Not only are codes becoming more and more powerful, running on more and more powerful machines, but the role of the experimental numericist, who exploits computational methods to solve physical or industrial problems, is becoming increasingly established within universities and companies. On the other hand, the artificial intelligence revolution is opening up new avenues of development. Finally, combining atomistic, or even quantum, and mesoscopic approaches, at the heart of multiscale vision, will enable us to better understand certain phenomena that are otherwise difficult to apprehend.
MesoDyn: mesoscopic simulation code based on a field theory and density...
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Conclusion
Glossary – definitions
Bibliography
Software tools
MS: Materials Studio, the interface to all simulation software DPD: Dissipative Particle DynamicsMesoDyn: DFT method
https://www.3dsbiovia.com/ (formerly http://www.accelrys.com )
Websites
Mesoscopic Dimension Research Group :
https://research.reading.ac.uk/met-mesoscale/
Site of a collaborative project in the field of condensed phase simulation:
Events
Conferences, Workshops of the European Centre for Atomic and Molecular Computing :
https://www.cecam.org/workshops/
ICMCP 2020: International Conference on Mesoscopic and Condensed Matter Physics
Oslo, Norway. June 25-26, 2020
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