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Physical Experiments of Tectonic Deformation and Processes: Building a Strong Community

机译：构造变形和过程的物理实验：构建强大的社区

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The recent revolution in the analysis of physical experiments of tectonic processes has provided new quantitative tools to analyze their outcomes. Physical experiments using scaled analog models are unique in providing information on complex three-dimensional deformation where processes can be directly observed. These observations critically complement insights gained from field and analytical/numerical investigations. Recent innovations in rheo-logic testing, digital image processing, and data collection are revolutionizing how we use experiments to provide insight into crustal deformation. At the same time, we are seeing the benefits of physical experiments in classroom teaching by engaging students in hypothesis testing and hands-on laboratory experience. Strengthening of the community of physical experimentalists and instructors using analog materials to simulate tectonic processes will enhance our understanding of these processes, lend more power both to interpretations of field observations and to validation of numerical models, and deepen student understanding of tectonic mechanisms. A step toward a stronger community has been made with a recent workshop on physical modeling of tectonic processes, and this report is one outcome of that workshop.
机译：最近构造过程物理实验分析的革命为分析其结果提供了新的定量工具。使用缩放模拟模型的物理实验在提供复杂三维变形的信息方面是独一无二的，其中可以直接观察过程。这些观察结果对从实地和分析/数值调查中获得的见解进行了重要的补充。流变学测试、数字图像处理和数据收集方面的最新创新正在彻底改变我们使用实验来深入了解地壳变形的方式。同时，通过让学生参与假设检验和动手实验室体验，我们看到了物理实验在课堂教学中的好处。加强使用模拟材料模拟构造过程的物理实验家和教师社区将增强我们对这些过程的理解，为现场观测的解释和数值模型的验证提供更多的力量，并加深学生对构造机制的理解。最近举办了一次关于构造过程物理建模的研讨会，朝着更强大的社区迈出了一步，本报告是该研讨会的成果之一。

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