Constitutive Behavior and Fracture of Single-cum-Multiple Ice Crystals

邓普西9634846提出了一项研究计划，以描述淡水冰单晶体、双晶和三晶中塑性流变学的基本原理和脆性到延性的转变温度。拟议的工作令人兴奋和有趣，拟议的合作是该提议的一个积极方面。其他优势是应用于这一问题的一系列实验方法，以及应用于这一问题的一系列实验方法，并试图将位错结构和密度与它们对双折射的影响联系起来。通过了解单晶水平的基本流变学来了解大型多晶冰体的本构行为及其与工程结构的力学相互作用的研究目的似乎是合理的。***

Dempsey 9634846 The proposed articulates a research program to characterize the fundamentals of plastic rheology and the brittle-to- ductile transition temperature in fresh-water ice single crystals and bi-and tri-crystals. The proposed work is exciting and interesting, and the proposed collaborations are a positive aspect of the proposal. Other strengths are the battery of experimental approaches to be applied to the problem and the battery of experimental approaches to be applied to the problem and attempt to correlate dislocation structures and density with their impact on birefringence. The research aim of understanding the constitutive behavior of large polycrystalline ice bodies and their mechanical interaction with engineering structures by understanding fundamental rheology at the single-crystal level appears justified. ***