Study on the fractal model of water immersed collapse of Soft Rock | Zendy

Lujun Ding | Zendy; Yuhong Liu | Zendy

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Study on the fractal model of water immersed collapse of Soft Rock

Author(s) -

Lujun Ding,

Yuhong Liu

Publication year - 2020

Publication title -

revista de la construcción

Language(s) - English

Resource type - Journals

eISSN - 0718-915X

pISSN - 0717-7925

DOI - 10.7764/rdlc.19.3.486-491

Subject(s) - fractal dimension , fractal , geotechnical engineering , softening , geology , rock mass classification , multifractal system , materials science , mathematics , composite material , mathematical analysis

Soft rock is a common rock mass in engineering, one of its characteristics is water swelling and disintegration. In this paper, the nonlinear fractal geometry is introduced and the correlation fractal dimension is used to study the characteristics of slate disintegration, based on the laboratory test of water immersion disintegration, the method of quality fractal dimension is used to solve the fractal dimension of the disintegration of slate, and the change of fractal dimension is used to reflect the characteristics of the softening and disintegration of slate when encountering water. The experimental results show that the fractal model can be used to fully understand the development and evolution of rock disintegration process, and to quantitatively link the relationship between rock expansion and disintegration. The conclusion has guiding significance for engineering practice.

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