Deep water test pool combined wave absorbing system

Abstract

The present invention relates to a combined wave absorption system for deepwater test pool. It is characterized by that said combined wave absorption system includes the following several portions: metal frame, double-layer frame network, wave-absorbing area, oblique spending beach, damping strips, water-falling trough, water storage trough, return pipe and return water pump. Said invention also provides the concrete connection mode of all above-mentioned portion, and provides the working principle of said wave absorption system.

Description

technical field [0001] The invention relates to a wave suppression system, in particular to a combined wave suppression system for a deep water test tank applied to deep water tests of marine engineering. Background technique [0002] The core technology of marine engineering tanks is ocean wave simulation technology. The performance and quality of its wave simulation is one of the key issues to ensure the overall capacity and level of the tank. Ocean wave simulation technology includes two aspects, one is wave-making equipment, On the other hand is wave-canceling technology. With the rapid development of the shipbuilding and marine industry, especially in recent years, the shipbuilding center has gradually moved to my country and my country's marine energy development is in great demand, many colleges and universities and research institutes are building or planning to build various marine engineering pools. [0003] From the overall description of a large number of variou...

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Problems solved by technology

Its disadvantage is limited wave absorption ability and high wave reflectivity

2. To improve the above-mentioned scheme, the slope is changed to a paraboloid, and special materials are added on the surface to increase the roughness. This scheme still requires a relatively high length of the wave breaking beach, which affects the overall utilization rate or cost of the pool, and the wave breaking capacity is also affected by the wave height. Greater impact

3. Adding damping strips to the parabolic wave-dissipating beach, although the wave-dissipating capacity has been greatly improved, the problem that a large length is required and the wave-dissipating capacity is greatly affected by wave height and wave period has not been fundamentally resolved

4. Simply using special forms such as inclined damping strips or piercing parabolic panels can work in some cases, but the overall effect is not ideal, and there are certain restrictions

[0004] To sum up, adding damping strips on the parabolic wave-dissipating beach is the current mainstream form of wave-dissipating in various pools, and it is also recognized as a method with relatively good wave-dissipating ability. Publishing House entitled "Ship Performance Experimental Technology" Chapter 9, Section 4 "2. Wave suppressor", but this article also pointed out the importance and difficulty of determining its length. For deep water experimental pools, this This mainstream wave-absorbing method is particularly weak in the wave-absorbing depth and the influence of wave height and wave period.

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