Mechanics of Superconducting Materials and Structures; Theory, Experiments and Computation

9313216李将对超导材料和结构的动态电磁-热-机械行为进行综合研究。利用基于统一连续介质的方法，将建立一个易于接受有限元实现的数学公式，用于超导体动态场-结构相互作用的完全耦合分析。将进行两个物理实验，振动簧片(VR)和超声波测量。物理实验的目的是验证所提出的数学和数值模型，并更好地理解块体超导体中磁通运动的物理机制。***

9313216 Lee An integrated study of the dynamic electromagneto-thermo-mechanical behavior of superconducting materials and structures will be performed. Using the unified continuum-based approach, a mathematical formulation, which can readily admit a finite element realization, will be developed for a fully coupled analysis of dynamic field-structure interactions in superconductors. Two physical experiments, the vibrating reed (VR) and ultrasonic measurements will be conducted. The objective of the physical experiments is to validate the proposed mathematical and numerical model, and to better understand the physics of flux motion in bulk superconductors. ***