C03-Materials design by thermodynamics and kinetics

Symposium Introduction

Materials design is a cornerstone of materials science, enabling the fabrication and optimization of materials with good performance, such as enhanced mechanical properties and catalytic efficiency. Among the essential knowledge in this field, the theory of thermodynamics and kinetics are particularly significant, providing the foundation for predicting, controlling, and tailoring microstructures and material properties. Understanding these principles allows scientists and engineers to develop materials with exceptional mechanical performance and functionality.
The international conference Materials Design by Thermodynamics and Kinetics aims to bring together international scientists and engineers to discuss how these core scientific principles are transforming the landscape of materials science. This event will serve as a platform for exchanging ideas and discussing the latest advancements in theory, experimental methods, computational modeling, real-world applications, and addressing relevant technical challenges, within the framework of thermodynamics and kinetics.

Symposium Topics

1, Thermodynamic and kinetic principle and modeling in alloy design.
2, Characterization of microstructure evolution, such as grain growth, phase transformation, and deformation behavior.
3, Interface diffusion, migration, and dislocation motion.
4, Computational modeling for thermodynamic and kinetics.
5, Case studies on materials for structural applications, catalysis, energy storage, and beyond.

Symposium Organizers 

Organized by

Northwestern Polytechnical University (Liu’s Group- Rapid Solidification and Metastable Materials)

Supported by

Analytical & Testing Center of Northwestern Polytechnical University

Contact with

Name: Jianjun Xu

Phone: +86-15891736887

Email: xujj@nwpu.edu.cn

Institution: Northwestern Polytechnical University

Name: Liting Liu

Phone:+86-18182638338 

Email: liuliting@nwpu.edu.cn

Institution: Northwestern Polytechnical University