The Influence of Cross Section River Bed Form on Hydraulic Elements of Debris Flow

Otar Natishvili

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The Influence of Cross Section River Bed Form on Hydraulic Elements of Debris Flow

机译：断面河床形态对泥石流水力要素的影响

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摘要

The introduced dependencies give the possibility to define the run-off and rate of cohesive debris flow in prismatic channels with different cross sections using inertia moment of distortion of prismatic form core.

机译：引入的依赖性使得可以利用棱柱形芯的变形惯性矩来定义具有不同横截面的棱柱形通道中的粘性碎屑流的径流和速率。

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来源
《Bulletin of the Georgian Academy of Sciences 》 |2019年第2期| 69-71| 共3页
作者
Otar Natishvili;
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作者单位

Georgian National Academy of Sciences, Tbilisi, Georgia;

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原文格式 PDF
正文语种 eng
中图分类
关键词
cohesive debris flow; inertia torsion;

机译：粘性泥石流惯性扭转;

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1. The Influence of Cross Section River Bed Form on Hydraulic Elements of Debris Flow [J] . Otar Natishvili Bulletin of the Georgian National Academy of Sciences . 2019 ,第2期

机译：横截面河床形式对碎屑流动液压元素的影响
2. CROSS-BEDDED WOODY DEBRIS FROM A PLIOCENE FORESTED RIVER SYSTEM IN THE HIGH ARCTIC: BEAUFORT FORMATION, MEIGHEN ISLAND, CANADA [J] . NEIL S. DAVIES, JOHN C. GOSSE, NATALIA RYBCZYNSKI Journal of sedimentary research . 2014 ,第1a2期

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3. The influence of stream bed hydraulic conductivity on sustaining baseflow in rivers [J] . O. Gunduz Water Science and Technology . 2007 ,第1期

机译：河床水力传导率对河流维持基流的影响
4. River bed deformations near banks and hydraulic structures due to river flow [C] . A. E. Schodro International Conference on River Basin Management . 2007

机译：由于河流河流和液压结构附近的河床变形
5. A sinuous gravel-bedded river with frequent bedrock exposures: The statistics of its planform compared with a freely meandering river and the suitability of a processed-based hydraulic model predicting its erosion. [D] . Narinesingh, Pramenath. 2009

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6. Influence of upflow velocity on performance and biofilm characteristics of Anaerobic Fluidized Bed Reactor (AFBR) in treating high-strength wastewater [O] . Jalil Jaafari, Alireza Mesdaghinia, Ramin Nabizadeh, -1

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7. Elementary analysis on the bed-sediment entrainment by debris flow and its application using the TopFlowDF model [O] . Zheng Han, Guangqi Chen, Yange Li, 2016

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8. The Hydrodynamic Role of Fish Squamosal Integument as an Analog of Surfaces Directly Formed by Turbulent Flow. Report 1:Similarity Between Irregularities in Squamosal Integument and Those on Surfaces Formed by River Bed Flow. [R] . kudryashov, a. f. barsukov, v. v. 1980

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The Influence of Cross Section River Bed Form on Hydraulic Elements of Debris Flow

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