RIA: Fundamental Framework for Analysis of Electric Dispersion of Geomaterials and Engineering Interpretations

9309668 Thevanayagam本研究的目的是开发一个基本的理解之间的关系的宏观响应的土壤后，激励由交流电和微观结构的土壤参数和地质环境中，它是本。将开发一个基本模型，旨在将观察到的电响应与基本土壤成分、微观结构和环境因素定量联系起来。这项研究背后的基本驱动力是有关的想法，所有影响土壤的电响应的因素影响其力学和流动行为的属性。预测土壤基本参数的技术将有多种应用。如果人们可以反演所观察到的土壤的电响应来预测这些基本参数，那么就有可能预测岩土工程和地质环境应用的宏观工程行为参数。* ~ @ j 0 BIRTHDAYCAL p 9309668 Thevanayagam本研究的目的是发展一个基本的理解之间的关系L R G L！! ! F L R L ; Times New Roman Symbol Arial Tms Rmn“Helv * * h J % J % % jina reed jina reed

9309668 Thevanayagam The objective of this research is to develop a fundamental understanding of the relationship between the macroscopic response of soils upon an excitation by an alternating current and micro-structural soil parameters and the geo-environment in which it is present. A fundamental model will be developed aimed at quantitatively linking the observed electrical response to the basic soil compositional, micro-structural and environmental factors. The basic driving force behind this research is related to the idea that all the factors that affect the electric response of soils affect its mechanical and flow behavior properties. A technology of predicting the basic soil parameters will have various applications. If one could invert the observed electric response of soils to predict these basic parameters then it will be possible to forecast macroscopic engineering behavior parameters for geotechnical and geo-environmental applications. *** ~ @ j 0 BIRTHDAYCAL p 9309668 Thevanayagam The objective of this research is to develop a fundamental understanding of the relationship between the L R G L ! ! ! F L R L ; Times New Roman Symbol & Arial Tms Rmn " Helv * * h J % J % % jina reed jina reed