Mobile Gaza wave-making muddy water model test device and method with automatic sand removal function

Abstract

The invention discloses a movable sand-adding and wave-making muddy water model test device with an automatic sand-removing function and a method. The movable sand-adding and wave-making muddy water model test device comprises a test water tank system, a wave-making system, a sand-adding and sand-removing system, a monitoring system and a control system. The wave-making system adopts the arrangement that a movable type wave-making machine is combined with a fixed type wave-making machine, and a vertical type energy dissipation box is combined with a slope type energy dissipation net, and simulation of a three-way regular wave and a multiway irregular wave can be achieved; the sand-adding and sand-removing system can achieve sand adding in a multi-section and movable mode, and can achieve the automatic sand-removing function; and the monitoring system and the control system can achieve closed-loop control of the device, so that the device achieves a simulation test where sand adding is synchronously matched with the waves according to a given sand-adding spatial and temporal process curve. According to the movable sand-adding and wave-making muddy water model test device with the automatic sand-removing function and the method, multi-direction and multi-waveform waves can be generated, further the stability of test sand-adding can be guaranteed, the functions of automatic, movable type and multi-direction wave-making and sand-adding are achieved, test water-sediment can be circularly utilized, the automatic sand-removing function is achieved, and the test cost is effectively reduced.

Description

technical field [0001] The invention belongs to a muddy water wave test device for offshore engineering, in particular to a mobile sand-gathering wave-making muddy water model test device and method with automatic sand cleaning function. Background technique [0002] The solid physical model test is an indispensable scientific method for the design and theoretical research of wading engineering in coastal areas such as estuaries and coasts. The current, wave, and sediment environment in the offshore area is complex, and the stress on engineering structures and the erosion and deposition changes in the waters near the structures are also very complicated. [0003] For wading projects such as port construction, waterway improvement, coastal development, island building and revetment, under natural conditions and after the project is implemented, the erosion and silting of underwater terrain and the stress of engineering structures are all to be studied during engineering desig...

AI Technical Summary

Problems solved by technology

[0004] The existing wave test device in muddy water cannot realize the simulation of the amount of sand added synchronously with the wave, and the coupling with the wave-making system often cannot meet the test requirements. After one test, it cannot automatically settle sand, clear sand and circulate use

In addition, for the archipelago terrain represented by the Zhoushan Islands, it is affected by incoming sand and waves from multiple directions such as the Qiantang River, the Yangtze River Estuary, and the sea outside the bay. However, the wave-making equipment of the existing muddy water wave test device can only generate fixed Waves with specific waves in different directions, and its Gaza equipment cannot move freely between multiple Gaza sections at the same time, making it unable to meet the simulation test requirements of offshore wading projects with multi-directional sand and waves

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