606 Multi-scale Modeling and Simulation of Functional Materials
Jie Wang, Zhejiang University
Xiaofan Gou, Hohai University
Yu Su, Beijing Institute of Technology
Jizeng Wang, Lanzhou University
Due to their distinguished multi-field coupling properties, the functional materials, including piezoelectric, ferroelectric, multiferroic, superconducting, semiconducting and thermoelectric materials, have a wide range of application in aerospace, mechanical engineering, medical treatment, information storage, energy transfer and storage, and so on. In past decades, functional materials have been received considerable attention. The purpose of the mini-symposium is to provide a forum for discussing the recent advances in the multi-scale modeling and simulation of functional materials and structures, and exchanging ideas and scientific findings in this field. The mini-symposium invites the contributions on following topics:
1. Phase field modeling on microstructures evolution of functional materials
2. First-principles calculations and molecular dynamics simulations on functional materials and structures
3. Finite element analysis and other continuum methods on multiphysics coupling of functional materials and structures
4. Concurrent and hierarchical multi-scale methods for functional materials
5. Other topics related to the modeling and simulation of functional materials and structures
1. Phase field modeling on microstructures evolution of functional materials
2. First-principles calculations and molecular dynamics simulations on functional materials and structures
3. Finite element analysis and other continuum methods on multiphysics coupling of functional materials and structures
4. Concurrent and hierarchical multi-scale methods for functional materials
5. Other topics related to the modeling and simulation of functional materials and structures
