Special Session Ⅲ

Transdielectric Dynamics and Applications

Chair:	Co-chair:

Yao Shi	Yiwei Wang
Northwestern Polytechnical University, China	Institute of Mechanics, Chinese Academy of Sciences, China

Keywords:	Topics:
Transdielectric Dynamics and Applications Multiphase Mechanics Multiphysics Coupling Impact Dynamics Cavitation and Cavitation Flow Advanced Materials Optimization Design	Fluid-Solid Interaction and Simulation Techniques in Transdielectric Dynamics Multiphase Behavior of Aerospace Vehicles in Extreme Environments Materials Mechanics and Multiphysics Coupling Analysis in Aerospace Application of Advanced Numerical Methods and Experimental Techniques in Transdielectric Dynamics

Summary:

Research in transdielectric mechanics involves complex issues related to the interactions between various physical fields and media. In particular, in the aerospace field, the media involved may include gases, liquids, solids, and even plasmas. The study of transdielectric mechanics is of great significance in aerospace mechanical engineering, with applications including gas-solid coupling, thermal-solid coupling, and liquid-solid coupling, covering various aspects such as material selection, structural design, and optimization simulation. This special session aims to bring together leading international scholars and researchers to discuss the latest developments, challenges, and future trends in transdielectric mechanics within aerospace systems, and to promote innovative developments in both theoretical research and applied technologies.

Submission Deadline: 2025.5.31

Special Session Ⅲ

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