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Physical and Numerical Modeling of Rock Joints and Slope Stability

机译:岩石关节和坡度稳定性的物理和数值模型

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摘要

In nature, rock behavior and its general modes of failure can be observed and identified. Once identified, the failure process can be explored via a physical model. For this purpose the geotechnical group at the University of Nevada, Reno designed and built a gravity table to examine the stability of rock slopes. Experimentation with the physical models provided the opportunity to observe rock joints and slope stability behavior. The physical modeling was conducted in conjunction with computer simulation using “Interactive Physics”. Both models were introduced during the engineering camp for high school students where they were very well received.
机译:本质上,可以观察到并识别出岩体行为及其一般失效模式。一旦识别,可以通过物理模型探索故障过程。为此目的,内华达大学的岩土专业集团设计并建造了重力表,以检查岩石斜坡的稳定性。实验与物理模型提供了观察岩石关节和坡度稳定行为的机会。使用“互动物理”与计算机仿真一起进行物理建模。这两种型号都在工程营地为高中学生介绍,他们非常受欢迎。

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