Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Energy dissipation wave wall structure
The invention provides an energy dissipation wave wall structure. The energy dissipation wave wall structure comprises a wave wall body, an inner energy dissipation box of a wave wall, a wall body convex block and groove for connecting adjacent wave walls and a through hole connected with a foundation joint bar. After surge water bodies enter the inner energy dissipation box, the energy dissipation effect of the wave wall is enhanced through mutual collisions between the water bodies and collisions between the water bodies and the wall body structure. Meanwhile, a water retaining system of thewater retaining surface of the wave wall is mainly an arc-shaped surface, impact force of surges to the wave wall body is reduced, and the stability of the overall structure of the wall body is improved. The energy dissipation wave wall has a water retaining effect, and the height of the dam crest of a dam can be reduced when the wave wall is arranged on the dam. Energy of water currents is eliminated through an energy dissipation structure, and damage of the too high flow rate of the water currents to the wall body is avoided. Anti-scouring-abrasion concrete materials are adopted in main structures of the wave wall, and the usable life of the structure is prolonged.
本发明提供了一种消能防浪墙结构，包括防浪墙墙体、防浪墙的内部消能箱、用于连接相邻防浪墙的墙身凸块与凹槽和连接基础插筋的通孔。当涌浪水体进入内部消能箱后，通过水体之间的相互碰撞和水体与墙体结构之间的碰撞，增强了防浪墙的消能效果。同时，防浪墙挡水面的挡水体系主要为弧形面，减小了涌浪对防浪墙墙身的冲击力，提高了墙体整体结构稳定。消能防浪墙具有挡水效果，布置于堤坝上可降低堤坝坝顶高度。消能结构消除水流的能量，避免水流过高的流速对墙身产生损害。本发明防浪墙的主要结构均采用抗冲刷磨蚀混凝土材料，延长结构的可用年限。
Energy dissipation wave wall structure
The invention provides an energy dissipation wave wall structure. The energy dissipation wave wall structure comprises a wave wall body, an inner energy dissipation box of a wave wall, a wall body convex block and groove for connecting adjacent wave walls and a through hole connected with a foundation joint bar. After surge water bodies enter the inner energy dissipation box, the energy dissipation effect of the wave wall is enhanced through mutual collisions between the water bodies and collisions between the water bodies and the wall body structure. Meanwhile, a water retaining system of thewater retaining surface of the wave wall is mainly an arc-shaped surface, impact force of surges to the wave wall body is reduced, and the stability of the overall structure of the wall body is improved. The energy dissipation wave wall has a water retaining effect, and the height of the dam crest of a dam can be reduced when the wave wall is arranged on the dam. Energy of water currents is eliminated through an energy dissipation structure, and damage of the too high flow rate of the water currents to the wall body is avoided. Anti-scouring-abrasion concrete materials are adopted in main structures of the wave wall, and the usable life of the structure is prolonged.
本发明提供了一种消能防浪墙结构，包括防浪墙墙体、防浪墙的内部消能箱、用于连接相邻防浪墙的墙身凸块与凹槽和连接基础插筋的通孔。当涌浪水体进入内部消能箱后，通过水体之间的相互碰撞和水体与墙体结构之间的碰撞，增强了防浪墙的消能效果。同时，防浪墙挡水面的挡水体系主要为弧形面，减小了涌浪对防浪墙墙身的冲击力，提高了墙体整体结构稳定。消能防浪墙具有挡水效果，布置于堤坝上可降低堤坝坝顶高度。消能结构消除水流的能量，避免水流过高的流速对墙身产生损害。本发明防浪墙的主要结构均采用抗冲刷磨蚀混凝土材料，延长结构的可用年限。
Energy dissipation wave wall structure
一种消能防浪墙结构
WANG XIAOPENG (Autor:in) / ZHANG XIAN (Autor:in) / SHI YAYUAN (Autor:in)
07.08.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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