Javascript must be enabled to continue!
Study on Sand Liquefaction in the Anning River Area of Youjun Town
View through CrossRef
In order to find out the structural characteristics of the substance of the Quaternary, the liquefaction grade of sandy soil, the distribution of sandy soil liquefaction and the influence on the buildings and fields in the liquefaction area in the Anning River valley within the map area of Youjun Town, the liquefaction of sandy soil and pulverized soil layers distributed in the Anning River Valley is judged according to the requirements of relevant specifications. The main research means include collecting relevant engineering data in the region, arranging exploration holes on both sides of the river valley, hydrogeological investigation, etc. , obtaining the regional distribution and grade of sand and soil liquefaction through in-situ tests, indoor experiments and analysis, and drawing the sandy soil liquefaction contour sheet. The results show that the distribution of surface sandy soil in the region is mostly lenticular and interbedded, most of the sandy soil is buried deeper than 10m, and the distribution of sandy soil layers is regional from north to south. It is also ascertained that there is less sandy soil on the north side and no sandy soil layer in most of the area, the distribution of sandy soil layer on the south side is obviously concentrated, most of them are buried deeper; and the liquefaction area and the area with serious liquefaction grade are mainly concentrated in the southern part of the river valley (Yangjiaheba-Lisuo area) , which is oval-shaped and distributed along the Anning River Valley, while the liquefaction grade in the rest of the area is in the range from slight to moderate. The study of sand and soil liquefaction in this area will provide the theoretical basis for the subsequent engineering construction planning in this area.
Science Footprint Press Co., Limited
Title: Study on Sand Liquefaction in the Anning River Area of Youjun Town
Description:
In order to find out the structural characteristics of the substance of the Quaternary, the liquefaction grade of sandy soil, the distribution of sandy soil liquefaction and the influence on the buildings and fields in the liquefaction area in the Anning River valley within the map area of Youjun Town, the liquefaction of sandy soil and pulverized soil layers distributed in the Anning River Valley is judged according to the requirements of relevant specifications.
The main research means include collecting relevant engineering data in the region, arranging exploration holes on both sides of the river valley, hydrogeological investigation, etc.
, obtaining the regional distribution and grade of sand and soil liquefaction through in-situ tests, indoor experiments and analysis, and drawing the sandy soil liquefaction contour sheet.
The results show that the distribution of surface sandy soil in the region is mostly lenticular and interbedded, most of the sandy soil is buried deeper than 10m, and the distribution of sandy soil layers is regional from north to south.
It is also ascertained that there is less sandy soil on the north side and no sandy soil layer in most of the area, the distribution of sandy soil layer on the south side is obviously concentrated, most of them are buried deeper; and the liquefaction area and the area with serious liquefaction grade are mainly concentrated in the southern part of the river valley (Yangjiaheba-Lisuo area) , which is oval-shaped and distributed along the Anning River Valley, while the liquefaction grade in the rest of the area is in the range from slight to moderate.
The study of sand and soil liquefaction in this area will provide the theoretical basis for the subsequent engineering construction planning in this area.
Related Results
Sand Production Management
Sand Production Management
Abstract
Sand production may be inevitable in many fields that have a relatively lower formation strength. Sand erosion and settling predictions and sand monitori...
Comportement des sols sous liquéfaction artificielle, amélioration des sols à risques liquefiable
Comportement des sols sous liquéfaction artificielle, amélioration des sols à risques liquefiable
La liquéfaction des sols a provoqué et provoque des dégâts importants sur les infrastructures et les constructions. Ce phénomène a, pour ces raisons, fait l’objet de nombreuses étu...
Acoustic emission induced by sand liquefaction during vibration loading
Acoustic emission induced by sand liquefaction during vibration loading
Abstract
The article deals with the study of poorly graded sand samples of different grain content subjected to liquefaction. Eleven parameters of acoustic emission (AE) we...
Flodfund - Bronzealderdeponeringer fra Gudenåen
Flodfund - Bronzealderdeponeringer fra Gudenåen
River findsBronze Age metalwork from the river GudenåBronze Age metalwork (primarily swords and other weapons) found in European rivers has aroused interest for many years, but lit...
The Effect of Dry Density on Shear Strength Parameters of Ravi, Chenab and Lawrencepur Sand in Dry and Saturated Conditions
The Effect of Dry Density on Shear Strength Parameters of Ravi, Chenab and Lawrencepur Sand in Dry and Saturated Conditions
Soil is the soul material for any civil engineering structure. In general, there are two types of soil; cohesive soil and silty sand. Silty sand is mineral soil that exhibits granu...
Study on Sand Liquefaction Induced by Songyuan Earthquake with a Magnitude of M5.7 in China
Study on Sand Liquefaction Induced by Songyuan Earthquake with a Magnitude of M5.7 in China
Abstract
A large-scale sand liquefaction producing typical and novel surface phenomena was found at the epicenter of Songyuan M5.7 earthquake occurring on May 28, 2018. Fie...
Elucidation of Seismic Soil Liquefaction Significant Factors
Elucidation of Seismic Soil Liquefaction Significant Factors
The paper develops a framework to analyze the interactions among seismic soil liquefaction significant factors using the interpretive structural model (ISM) approach based on cone ...
Evaluating the Sand-Trapping Efficiency of Sand Fences Using a Combination of Wind-Blown Sand Measurements and UAV Photogrammetry at Tottori Sand Dunes, Japan
Evaluating the Sand-Trapping Efficiency of Sand Fences Using a Combination of Wind-Blown Sand Measurements and UAV Photogrammetry at Tottori Sand Dunes, Japan
Fences are commonly used in coastal regions to control wind-blown sand. Sand-trapping fences and sand-stabilizing fences have been installed at the Tottori Sand Dunes, Tottori Pref...

