Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Dam-passing continuous water channel design based on Tesla valve
The invention discloses a dam-passing continuous water channel design based on a Tesla valve, and relates to the technical field of dam-passing continuous water channel design, the dam-passing continuous water channel design comprises a water channel assembly and a valve wall assembly, the water channel assembly comprises an upstream dam body, and an upstream gate is arranged on the dam body surface of the upstream dam body. Water is returned through the continuous Tesla valve walls on the left side, the right side and the bottom, the downward flowing speed of flowing water can be effectively reduced, and therefore a stable downward flowing water channel is formed in the Tesla valve, and the length and the gradient of the water channel are designed according to the water level difference between the upstream and the downstream of the dam body; the arrangement density of the water return grooves of the valve wall structures is designed according to hydrological parameters such as the upstream and downstream water level difference and the water flow speed, under the cooperation of the valve wall structures adopted on the left wall face, the right wall face and the bottom, water flow distribution control is achieved through the rotatable water distribution body, a stable and continuous passing water channel is formed, and the valve wall structures are suitable for replacing dam passing ship locks and fishways. The method has a wide application prospect in the field of river shipping.
本发明公开了一种基于特斯拉阀的过坝连续水道设计，涉及过坝连续水道设计技术领域，包括水道组件和阀壁组件，水道组件包括上游坝体，上游坝体的坝体表面上开设有上游闸门，通过在水道组件和阀壁组件配合下，通过左右和底部的连续的特斯拉阀壁回水，可有效降低流水的下流速度，从而在特斯拉阀内形成平稳的下流水道，其中水道的长度和坡度，根据坝体上下游的水位落差设计，阀壁结构的回水槽的排布密度根据上下游水位落差、水流速度等水文参数进行设计，在左右壁面和底部均采用阀壁结构配合下，并通过可转动的分水体实现水流分水控制，形成平稳、连续的通行水道，适用于代替过坝船闸和鱼道设计，在江河航运领域具有广阔的应用前景。
Dam-passing continuous water channel design based on Tesla valve
The invention discloses a dam-passing continuous water channel design based on a Tesla valve, and relates to the technical field of dam-passing continuous water channel design, the dam-passing continuous water channel design comprises a water channel assembly and a valve wall assembly, the water channel assembly comprises an upstream dam body, and an upstream gate is arranged on the dam body surface of the upstream dam body. Water is returned through the continuous Tesla valve walls on the left side, the right side and the bottom, the downward flowing speed of flowing water can be effectively reduced, and therefore a stable downward flowing water channel is formed in the Tesla valve, and the length and the gradient of the water channel are designed according to the water level difference between the upstream and the downstream of the dam body; the arrangement density of the water return grooves of the valve wall structures is designed according to hydrological parameters such as the upstream and downstream water level difference and the water flow speed, under the cooperation of the valve wall structures adopted on the left wall face, the right wall face and the bottom, water flow distribution control is achieved through the rotatable water distribution body, a stable and continuous passing water channel is formed, and the valve wall structures are suitable for replacing dam passing ship locks and fishways. The method has a wide application prospect in the field of river shipping.
本发明公开了一种基于特斯拉阀的过坝连续水道设计，涉及过坝连续水道设计技术领域，包括水道组件和阀壁组件，水道组件包括上游坝体，上游坝体的坝体表面上开设有上游闸门，通过在水道组件和阀壁组件配合下，通过左右和底部的连续的特斯拉阀壁回水，可有效降低流水的下流速度，从而在特斯拉阀内形成平稳的下流水道，其中水道的长度和坡度，根据坝体上下游的水位落差设计，阀壁结构的回水槽的排布密度根据上下游水位落差、水流速度等水文参数进行设计，在左右壁面和底部均采用阀壁结构配合下，并通过可转动的分水体实现水流分水控制，形成平稳、连续的通行水道，适用于代替过坝船闸和鱼道设计，在江河航运领域具有广阔的应用前景。
Dam-passing continuous water channel design based on Tesla valve
一种基于特斯拉阀的过坝连续水道设计
TIAN XIANGRUI (Autor:in) / GUAN ZHILE (Autor:in) / YE JUNCHENG (Autor:in) / ZENG SONG (Autor:in) / XUE YATAO (Autor:in)
12.11.2024
Patent
Elektronische Ressource
Chinesisch
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