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Optimal Values of Fines Particle Content on the Mechanical Properties of Granular Material
2018With the rapid development of the economy in the southwest China, more and more large projects are built in such areas. However, how to fill and cut well has been frequent problem because the western region is mostly mountainous areas. Especially for filling, in order to protect the stability of constructions, mechanical properties of granular ...
Bin-rui Gan +4 more
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Arabian Journal of Geosciences, 2018
A large amount of loose landslide deposits caused by a strong earthquake can cause several mountain disasters (slope failures, debris flows, and others) under heavy rainfall conditions. Loose landslide deposits are sensitive to water due to their special structural properties, such as loose structure and wide grading.
Bin-rui Gan +3 more
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A large amount of loose landslide deposits caused by a strong earthquake can cause several mountain disasters (slope failures, debris flows, and others) under heavy rainfall conditions. Loose landslide deposits are sensitive to water due to their special structural properties, such as loose structure and wide grading.
Bin-rui Gan +3 more
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Effects of ultrasonic treatment on the particle size, shape and ash content of fine coal
2018Physicochemical Problems of Mineral Processing; ISSN 2084 ...
Mao, Yuqiang +4 more
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Journal of Materials in Civil Engineering, 2019
AbstractRecycled sands demand a large amount of water, affecting the consistency of mortars and concretes.
Jorge Rueda, Pilar Alaejos
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AbstractRecycled sands demand a large amount of water, affecting the consistency of mortars and concretes.
Jorge Rueda, Pilar Alaejos
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Influence of fine particle content on soil stabilization using KR desulfuration slag
Environmental GeotechnicsThis study investigates the potential of Kambara Reactor (KR) desulfurisation slag, a by-product of the steel industry, as a soil stabiliser. KR slag, with low swelling potential, is mixed with three different soils (Sa100, Sb100, and Sc100) at an 80:20 soil-to-KR ratio. The influence of fine particle content on stabilisation effectiveness is evaluated
Lucas Oliveira Bridi +4 more
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Water Research
Changes in riverine sediment transport are an important part of land-sea geochemical cycling and further impact geochemical element fluxes in turbid rivers. However, as a vital nutrient element supporting primary productivity, silica mobilization from drainage in turbid rivers is overlooked.
Zewei Guo +4 more
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Changes in riverine sediment transport are an important part of land-sea geochemical cycling and further impact geochemical element fluxes in turbid rivers. However, as a vital nutrient element supporting primary productivity, silica mobilization from drainage in turbid rivers is overlooked.
Zewei Guo +4 more
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Piping-Seepage Mechanism of Tailings with Different Fine Particle Contents
International Journal of Geomechanics, 2023Guangjin Wang +5 more
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Solid State Phenomena, 2018
The influence of the fine particle content on the rheological properties of the fresh concrete mixture was studied. The change of cement together with sand particles up to 0.25 mm in mixture composition was taken into the consideration. The amount of fine particles in mixture composition varied in the range from 402 to 639 kg per one cubic meter of the
Mindaugas Dauksys +2 more
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The influence of the fine particle content on the rheological properties of the fresh concrete mixture was studied. The change of cement together with sand particles up to 0.25 mm in mixture composition was taken into the consideration. The amount of fine particles in mixture composition varied in the range from 402 to 639 kg per one cubic meter of the
Mindaugas Dauksys +2 more
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2018
Detachment and migration of soil particles from its skeleton under the action of seepage force, known as internal erosion, place a great risk on the stability of hydraulic structures. Despite the comprehensive research aiming to assess the onset condition and development of piping, there is little experimental research regarding the mechanical ...
Yang Yang, Chao Xu
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Detachment and migration of soil particles from its skeleton under the action of seepage force, known as internal erosion, place a great risk on the stability of hydraulic structures. Despite the comprehensive research aiming to assess the onset condition and development of piping, there is little experimental research regarding the mechanical ...
Yang Yang, Chao Xu
openaire +1 more source