防浪
2.Investigation on Energy Dissipation Benefit of Wind wave Protection Forests in Middle Reach of Changjiang River
3.Wave screens are often constructed on the top of sloping wave protection constructions such as seawall, revetments, etc. to meet the requirements of overtopping and stability and cut down engineering cost.
4.Physical model test about vertical and several arc type wave screens which were commonly used was carried out, measuring the wave force and overtopping on the wave screens, analyzing the characteristics of wave force and overtopping of different types of wave screens, and researching the mutual relationship between the wave force and overtopping due to different types of wave screens, to service as a reference for wave screen design of sloping breakwater.
5.A barrier that protects a harbor or shore from the full impact of waves.
6.Functions of planting vegetation on the banks of a river, such as absorbing waves, reducing bank erosion, and developing and protecting banks, as well as experimental studies of wave absorption by vegetation are briefly introduced.
7.The design of the breakwater was based on the recommendations of an engineering study.
8.A thin plank fastened to the side of a boat or to the sill of a port to keep out the sea and the spray.
9.The whole process of breakwater riprapping construction was monitored by the prototype monitoring device buried in the sand soft nappe.
10.Abstract: The offshore breakwater of Dayaowan 1st-phase project adopted “ comb” structure, which successfully solved the technical problems of both wave absorption and permeation.
