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A Laboratory Procedure for Measuring High Soil Suction

机译:测量高土壤吸力的实验室程序

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Measurement of soil suction is important for geotechnical and geoenvironmental projects involving unsaturated soils. Most of the methodologies developed for measuring soil suction are limited to low range of suction (<1500 kPa). Those methodologies that can measure high suction (> 1500 kPa) are costly, time intensive and require skilled person for suction measurement. Therefore, a simple, cost-effective and relatively less time consuming measurement methodology has been proposed in this study for easy and quick measurement of high range of soil suction. The instrument essentially consists of a commercially available relative humidity sensor secured in a fabricated relative humidity box. The total suction for three soils measured using the proposed methodology has been compared with the conventional filter paper method. The study demonstrates the usefulness and advantage of the proposed cost-effective methodology for measuring high range of soil suction, in a relatively less time.
机译:土壤吸力的测量对于涉及非饱和土壤的岩土工程和地球环境项目很重要。用于测量土壤吸力的大多数方法仅限于低吸力范围(<1500 kPa)。那些可以测量高吸力(> 1500 kPa)的方法昂贵,费时,并且需要熟练的技术人员进行吸力测量。因此,在本研究中提出了一种简单,经济高效且耗时相对较少的测量方法,以方便,快速地测量大范围的土壤吸力。该仪器主要由固定在制造的相对湿度盒中的市售相对湿度传感器组成。使用建议的方法测量的三种土壤的总吸力已与常规滤纸法进行了比较。这项研究证明了所提出的具有成本效益的方法在相对较短的时间内测量高范围土壤吸力的有用性和优势。

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