Results 31 to 40 of about 176,740 (162)
Geofluids, 2023 To explore the effect and applicability of contour reverse slope terraces in water and soil conservation of karstic red clay soil area in northern Guangxi, rainfall simulation experiments were conducted on bare red clay soil slopes laid with contour ...
Bingyan Huang, Zhikui Liu
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Study on erosion and stability of the ecological slope
Frontiers in Earth Science, 2023 Rainfall is the main influencing factor causing slope erosion, landslide, and instability in loess; thus, it is vital to comprehend the process of rainfall erosion on various slope surfaces and water penetration inside the slope. In this paper, the loess
Hu Tao +5 more
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An evaluation of flow-routing algorithms for calculating contributing area on regular grids [PDF]
Earth Surface DynamicsCalculating contributing area (often used as a proxy for surface water discharge) within a digital elevation model (DEM) or landscape evolution model (LEM) is a fundamental operation in geomorphology.
A. B. Prescott +3 more
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Surface Cooling of Sloping Water Bodies with Shallow Vegetated Regions
IAHR World Congress, 2013 1. Introduction In this work, natural convection, due to constant surface cooling, in sloping water bodies with significant vegetated shallow regions are investigated numerically. The water body consists of (a) a deep region, of length equal to 0.67m, with a horizontal bottom (b) a sloping region, of length equal to 0.67m, with a bottom slope equal to ...
Papaioannou, Vassilios +1 more
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Field Test Research on Red Clay Slope under Atmospheric Action
Advances in Civil Engineering, 2021 By embedding water content sensors and pore water pressure sensors inside the red clay slope on-site in Guiyang, Guizhou, shear tests were performed on soil samples at different depths of the slope under different weather.
Kaisheng Chen
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Change in Transverse Slope of Water Surface at River Bend: A Numerical Study
Journal of Engineering Science, 2021 Generation of secondary current in a meandering river flow due to the centrifugal force acting on the bend is three dimensional (3D) in nature. But in case of practical problems like alluvial geomorphic processes, 3D models are not proved to be efficient. Hence, two dimensional (2D) models are generally adopted for such problems.
Priyata Rahman, Md Shahjahan Ali
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Applied Sciences, 2021 This paper presents an improved slope stability sensitivity analysis (ISSSA) model that takes anchoring factors into consideration in umbrella-anchored sand and clay slopes under reservoir water level fluctuation. The results of the ISSSA model show that
Jinxi Liang, Wanghua Sui
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Implementation of Climate Change Effects on Slope Stability Analysis
Applied Sciences, 2022 The objective of this study is to determine the impacts of expected climate change on slope stability. For this purpose, the case study of a slope instability, that was triggered in 2021 was selected.
Tamara Bračko +2 more
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Effect of near-surface heterogeneities on the pore-water pressure distribution and slope stability
Jurnal Ilmiah SINERGISeepage and slope stability are important problems analyzed in geotechnical engineering. Conventionally, the analysis is performed in conditions where the soil is intact.
Nurly Gofar +4 more
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Shallow Water Turbulent Surface Wave Striking an Adverse Slope [PDF]
Acta Geophysica, 2015 The problem of a sinusoidal wave crest striking an adverse slope due to gradual elevation of the bed is relevant for coastal sea waves. Turbulence based RANS equations are used here under turbulence closure assumptions. Depth-averaging the equations of continuity and momentum, yield two differential equations for the surface elevation and the average ...
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