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Roadbed Subsidence Mechanisms under the Driven of Penetration-Soak Coupling

Roadbed Subsidence Mechanisms under the Driven of Penetration-Soak Coupling
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摘要 Roadbed subsidence is one of the main types of highway flood damage, the periodic fluctuation of the river water level and the softening of the subgrade soils by the river water immersion for a long time are the main inducement factors of the subgrade subsidence. Based on the theory of absorbing water infiltration in unsaturated soil, calculation formula of dynamic stability coefficient of subgrade is established by using the Swedish arc method. Example analysis shows that, soil roadbed suffers the water permeability-soak, road-bed’s stability reduce with the time, and leads to roadbed subsidence. Research results for improving roadbed subsidence water logging mechanism understanding level have a positive meaning. Roadbed subsidence is one of the main types of highway flood damage, the periodic fluctuation of the river water level and the softening of the subgrade soils by the river water immersion for a long time are the main inducement factors of the subgrade subsidence. Based on the theory of absorbing water infiltration in unsaturated soil, calculation formula of dynamic stability coefficient of subgrade is established by using the Swedish arc method. Example analysis shows that, soil roadbed suffers the water permeability-soak, road-bed’s stability reduce with the time, and leads to roadbed subsidence. Research results for improving roadbed subsidence water logging mechanism understanding level have a positive meaning.
出处 《Journal of Geoscience and Environment Protection》 2017年第2期97-106,共10页 地球科学和环境保护期刊(英文)
关键词 Road Engineering SUBSIDENCE Mechanism Penetration-Soaking COUPLING Soil ROADBED Road Engineering Subsidence Mechanism Penetration-Soaking Coupling Soil Roadbed
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