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Geoscience Techniques for Engineering Assessment of Oman to India Pipeline Route

机译:阿曼至印度管道路线工程评估的地球科学技术

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A variety of geoscience techniques were used to define soil conditions and evaluate geologic processes in order to develop design criteria for complex segments of the proposed Oman to India pipeline route. Geophysical survey data, seafloor cores, ROV observations of the seafloor, and oceanographic measurements were the principal field data collected. Geotechnical soil testing, and x-ray radiography, detailed geologic logging, and C-14 age dating of cores were carried out. The diverse sets of field data and lab test results were integrated by a multi-disciplined team of geoscientists and engineers to develop geologic and soil models, soil design criteria, a turbid flow model, and seafloor stability models. The integrated approach used here is applicable to other complex areas where seafloor stability needs to be assessed or design criteria need to be developed for active geologic processes.
机译:为了制定拟议中的阿曼至印度管道路线的复杂路段的设计标准,使用了多种地球科学技术来定义土壤条件并评估地质过程。收集的主要现场数据是地球物理调查数据,海底岩心,ROV对海底的观测以及海洋学测量结果。进行了岩土测试,X射线照相,详细的地质记录以及岩心的C-14年龄定年。多学科的地质学家和工程师团队整合了各种现场数据和实验室测试结果,以开发地质和土壤模型,土壤设计标准,浊流模型和海底稳定性模型。这里使用的综合方法适用于其他复杂区域,这些区域需要评估海底稳定性或需要为活跃的地质过程制定设计标准。

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