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首页> 外文期刊>Revista de la construccion >Presenting new models to determine subgrade reaction modulus (Ks) for optimizing foundation calculations in coarse grained soils
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Presenting new models to determine subgrade reaction modulus (Ks) for optimizing foundation calculations in coarse grained soils

机译:提出新模型以确定路基反应模量(KS),以优化粗粒土壤中的基础计算

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Subgrade reaction modulus (Ks) is one of the most important soil parameters to perform structural calculations and analysis. Ks directly affects the determination of dimensions and reinforcement of foundations. Therefore, its exact and accurate determination is of significant importance in terms of economy and safety, especially in large structures. To calculate thecoefficient, it is possible to use either the previously presented experimental relations or directly from field tests such as plate load tests. In the present study, 36 plate load tests (PLTs) were performed on the rigid plates with 20 cm, 30 cm and 45 cm diameters (12 tests on each plate) on coarse-grained sediments of the west of Mashhad, Iran. Then the results were analyzed and a new equation was presented to determine Ks by considering soil and foundation properties no need to costly tests. Then, a new model was presented to generalize the results of plate load tests to actual dimensions of the foundation. Also, the obtained equation and model were validated and results were compared with previous relations and tests outputs.
机译:路基反应模量(KS)是执行结构计算和分析的最重要的土壤参数之一。 Ks直接影响基础的尺寸和加固的确定。因此,其确切和准确的确定在经济和安全方面具有重要意义,特别是在大型结构中。为了计算出尺寸,可以使用先前呈现的实验关系或直接从诸如板载测试的场测试。在本研究中,在MASHHAD西部的粗粒沉积物的刚性板上对刚性板上进行36个板载试验(PLTS),在MASHHAD西部的粗粒沉积物上,在MASHHAD西部的粗粒沉积物上进行刚性板。然后分析结果并提出了一种新的方程来通过考虑土壤和基础性能来确定KS,无需昂贵的测试。然后,提出了一种新模型,以推广板载测试的结果,对基础的实际尺寸。此外,验证了所获得的方程和模型,并将结果与​​以前的关系进行比较,并测试输出。

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