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Simulation of Artificial Grain Feeding in Order to Reach Dynamical Bed Stabilisation along the River Rhine

机译：沿莱茵河达到动态河床稳定化的人工谷物补料模拟

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《》|2004年||共7页
会议地点湖北宜昌
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正文语种 eng
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1. Use of terrestrial photosieving and airborne topographic LiDAR to assess bed grain size in large rivers: a study on the Rhine River [J] . Chardon Valentin, Schmitt Laurent, Piegay Herve, Earth Surface Processes and Landforms: The journal of the British Geomorphological Research Group . 2020 ,第10期

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2. Determination of the physical and interaction properties of sorghum grains:Application to computational fluid dynamics-discrete element method simulations of the fluid dynamics of a conical spouted bed [J] . J.N.M.Batista, D.A.Santos, R.Bettega 颗粒学报（英文版） . 2021 ,第001期

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3. COMPUTATIONAL SIMULATIONS OF THE HYDRODYNAMIC PARAMETERS OF A TRICKLE-BED REACTOR OPERATING AT PERIODICALLY CHANGING FEEDING THE BED WITH LIQUID [J] . DANIEL JANECKI, ANDRZEJ BURGHARDT, GRAZYNA BARTELMUS Inzynieria Chemiczna i Procesowa . 2008 ,第3期

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4. SIMULATION OF ARTIFICIAL GRAIN FEEDING IN ORDER TO REACH DYNAMICAL BED STABILISATION ALONG THE RIVER RHINE [C] . Thomas WENKA International Symposium on River Sedimentation vol.3; 20041018-21; Yichang(CN) . 2004

机译：沿河莱茵河床达到动态床稳定的人工谷物补给模拟
5. The control of grain-scale mechanics on channel form, landscape dynamics, and climatic perturbations in gravel-bedded rivers. [D] . Phillips, Colin B. 2014

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6. The sources and dynamics of fine-grained sediment degrading the Freshwater Pearl Mussel (Margaritifera margaritifera) beds of the River Torridge Devon UK [O] . S. Pulley, A. Goubet, I. Moser, -1

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7. Use of terrestrial photosieving and airborne topographic LiDAR to assess bed grain size in large rivers: a study on the Rhine River [O] . Valentin Chardon, Laurent Schmitt, Hervé Piégay, 2020

机译：使用陆地度着光照和机载地形利达，在大河中评估床晶粒大小：莱茵河研究

Simulation of Artificial Grain Feeding in Order to Reach Dynamical Bed Stabilisation along the River Rhine

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