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A platform for research: civil engineering, architecture and urbanism
Test model and method for measuring anti-scouring performance of honeycomb constrained ecological revetment
The invention relates to the technical field of water environment ecological management, and in particular, relates to a test model and method for measuring the anti-scouring performance of a honeycomb constrained ecological revetment. The water inlet end of a discharge chute device communicates with a water outlet of a water storage device, the bottom of the water outlet end of the discharge chute device is connected with a first lifting structure, and the water outlet end of the discharge chute device is connected with a tail water pool; a pressure water pump is arranged in a water inlet pool, the pressure water pump communicates with a water inlet of the water storage device through a pipeline, and a water inlet valve is connected to the pipeline, communicating with the water inlet of the water storage device, of the pressure water pump. The model obtains a multi-factor optimal configuration combination with the strongest anti-scouring performance; then the determined multi-factor optimal configuration combination with the optimal scouring resistance is applied to the design of the honeycomb constrained system ecological revetment, so the popularization and application of the honeycomb constrained system in the water environment treatment project are promoted.
本发明涉及水环境生态治理技术领域，具体涉及一种测定蜂巢约束生态驳岸抗冲刷性能的试验模型及方法，泄槽装置的进水端与蓄水装置的出水口连通，泄槽装置的出水端底部连接有第一升降结构，泄槽装置的出水端连接有尾水池，进水池内设置有压力水泵，压力水泵通过管道与蓄水装置入水口连通，压力水泵与蓄水装置入水口连通的管道上连接有进水阀门，本发明的模型得到抗冲刷性能最强的多因素的优化配置组合，然后将确定的具有最佳抗冲刷性的多因素优化配置组合应用于蜂巢约束系统生态驳岸设计中，促进蜂巢约束系统在水环境治理工程中的推广及应用。
Test model and method for measuring anti-scouring performance of honeycomb constrained ecological revetment
The invention relates to the technical field of water environment ecological management, and in particular, relates to a test model and method for measuring the anti-scouring performance of a honeycomb constrained ecological revetment. The water inlet end of a discharge chute device communicates with a water outlet of a water storage device, the bottom of the water outlet end of the discharge chute device is connected with a first lifting structure, and the water outlet end of the discharge chute device is connected with a tail water pool; a pressure water pump is arranged in a water inlet pool, the pressure water pump communicates with a water inlet of the water storage device through a pipeline, and a water inlet valve is connected to the pipeline, communicating with the water inlet of the water storage device, of the pressure water pump. The model obtains a multi-factor optimal configuration combination with the strongest anti-scouring performance; then the determined multi-factor optimal configuration combination with the optimal scouring resistance is applied to the design of the honeycomb constrained system ecological revetment, so the popularization and application of the honeycomb constrained system in the water environment treatment project are promoted.
本发明涉及水环境生态治理技术领域，具体涉及一种测定蜂巢约束生态驳岸抗冲刷性能的试验模型及方法，泄槽装置的进水端与蓄水装置的出水口连通，泄槽装置的出水端底部连接有第一升降结构，泄槽装置的出水端连接有尾水池，进水池内设置有压力水泵，压力水泵通过管道与蓄水装置入水口连通，压力水泵与蓄水装置入水口连通的管道上连接有进水阀门，本发明的模型得到抗冲刷性能最强的多因素的优化配置组合，然后将确定的具有最佳抗冲刷性的多因素优化配置组合应用于蜂巢约束系统生态驳岸设计中，促进蜂巢约束系统在水环境治理工程中的推广及应用。
Test model and method for measuring anti-scouring performance of honeycomb constrained ecological revetment
一种测定蜂巢约束生态驳岸抗冲刷性能的试验模型及方法
SUN XIAOPEI (author) / HAN CHONG (author) / ZHOU XIAOPING (author) / LIU SHAOBIN (author) / HE LITAO (author) / WANG RUIKE (author) / LI CHAO (author) / HE CUILING (author) / WEI YONG (author) / ZHANG BO (author)
2021-05-28
Patent
Electronic Resource
Chinese
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