Angle-changeable wave-absorbing model provided with a plurality of continuous slope-climbing type wave-absorbing plates, and experiment system

Abstract

The invention relates to the technical field of marine engineering experiments and more specifically relates to an angle-changeable wave-absorbing model provided with a plurality of continuous slope-climbing type wave-absorbing plates, and an experiment system. The wave-absorbing model comprises shaping plates and a plurality of the wave-absorbing plates; and two shaping plates are arranged, the two ends of the wave-absorbing plates are fixed to the two shaping plates correspondingly, and the inclination angles of all the wave-absorbing plates relative to the vertical plane are adjustable. According to the angle-changeable wave-absorbing model provided with the multiple continuous slope-climbing type wave-absorbing plates, the inclination angles of the wave-absorbing plates relative to the vertical plane are arranged to be adjustable, the inclination angles of the wave-absorbing plates are adjusted conveniently when a user conducts experiments by using the wave-absorbing model, and thus influences of the inclination angles of the wave-absorbing plates on the wave-absorbing effect are researched conveniently; and meanwhile, according to the wave-absorbing model, through the continuous wave-absorbing plates, a continuous climbing effect is formed in a partial area, then the crushing effect of waves is effectively promoted and controlled, and a foundation is laid for fabricating a wave-absorbing embankment with a better wave-absorbing effect.

Description

technical field [0001] The present invention relates to the technical field of marine engineering experiments, and more specifically, to a wave-breaking model and an experimental system of a plurality of variable-angle continuous climbing wave-breaking plates. Background technique [0002] According to wave theory research and experiments, the energy of waves is concentrated on the surface of the water body, and 98% of the total wave energy is concentrated in the water depth range of three times the wave height below the water surface. Therefore, in many fields such as deep-water aquaculture, coastal protection and marine tourism, breakwaters are usually used to block the impact of waves to maintain calm water and protect harbor basins from bad weather. In order to study the wave breaking effect of the anti-wave lift, the wave breaking model is usually used for experiments, and the inclination angle of the existing wave breaking model relative to the vertical plane is fixed,...

AI Technical Summary

Problems solved by technology

In order to study the wave breaking effect of the anti-wave lift, the wave breaking model is usually used for experiments, and the inclination angle of the existing wave breaking model relative to the vertical plane is fixed, so it is not convenient to study the influence of the wave breaking model on the wave breaking effect. It cannot provide a basis for making breakwaters with better wave-absorbing effects

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