Artificial Beach(人工沙滩)研究综述
Artificial Beach 人工沙滩 - In recent years, the formation of artificial beachrock and bio-cementation method has gained considerable attention as a sustainable alternative tool in the area of geotechnical and geo-environmental engineering field for soil improvement and construction materials. [1] Based on the national positioning of “Blue Bay” regulation, this paper combines the Yueliang Bay renovation project of Rizhao Port, and uses the theory of parabola type headland balanced shoreline to propose the scale relationship between artificial beach and protection scheme. [2] Two important parameters such as wave reflection and dissipation were analysed using wave channel and artificial beach in laboratory. [3] For the beach slope, the slope of the water part of the inclined surface is more obvious in the natural embankment than in the artificial concrete embankment and the artificial bath; the slope of the sloping surface is almost the same as that of the natural embankment, the slope of the artificial concrete, and the slope of the artificial beach. [4] Creation of complexes of artificial beaches with beach-retaining structures, that simultaneously perform coastal protection and recreational functions, is the most promising solution to these problems in the 21st century. [5] The present study aims to create an artificial beach in the municipality of Machico, as well as its complementary infrastructures, located on the south-eastern coast, in the municipality of Machico (Madeira Island). [6] The construction of artificial beaches on the muddy coasts involves water purification and long-term maintenance. [7] In this study we corelate analytical data of natural and artificial beachrocks, which were created by the microbially induced carbonate precipitation (MICP) technique using sediments and ureolytic bacteria from the coastal zone of Diolkos, Corinth, Greece. [8] As measures against the disappearance of natural sandy beaches, artificial beaches have been constructed at many coasts. [9] Such reflection processes had already been reported in the scientific literature during higher energy wave states though, which means that the artificial beach had decreased the protection level over time. [10] The model of artificial beach to protect a sea coast subjected to erosion under impact of significant storm surge is suggested. [11] A model of an artificial beach is proposed for protecting a seacoast subjected to erosion under significant storm surge impact. [12]近年来，人工滩石的形成和生物胶结法作为土壤改良和建筑材料的岩土工程和地质环境工程领域的可持续替代工具受到了广泛关注。 [1] 本文基于国家对“蓝湾”整治的定位，结合日照港月凉湾改造工程，运用抛物线型岬角平衡岸线理论，提出人工沙滩与保护方案的尺度关系。 [2] 在实验室中利用波道和人工海滩对波的反射和消散等两个重要参数进行了分析。 [3] 对于滩坡，天然路堤的斜面水面部分的坡度比人工混凝土路堤和人工浴池更明显；坡面坡度与天然路堤坡度、人工混凝土坡度、人工沙滩坡度几乎相同。 [4] 创建具有海滩保留结构的人工海滩综合体，同时执行海岸保护和娱乐功能，是 21 世纪解决这些问题的最有希望的解决方案。 [5] 本研究旨在在马奇科市（马德拉岛）的东南海岸创建一个人工海滩，以及位于东南海岸的辅助基础设施。 [6] 在泥泞的海岸建造人工海滩涉及水质净化和长期维护。 [7] 在这项研究中，我们对天然和人造海滩岩石的分析数据进行了相互关联，这些数据是通过微生物诱导的碳酸盐沉淀 (MICP) 技术使用来自希腊科林斯 Diolkos 沿海地区的沉积物和尿素分解细菌产生的。 [8] 作为防止天然沙滩消失的措施，在许多海岸建造了人工海滩。 [9] 这种反射过程已经在高能波状态下的科学文献中报道过，这意味着人造海滩随着时间的推移降低了保护水平。 [10] 提出了人工海滩模型，以保护在重大风暴潮影响下遭受侵蚀的海岸。 [11] 提出了一种人工海滩模型，用于保护在重大风暴潮影响下遭受侵蚀的海岸。 [12]
artificial beach nourishment
A set of experiments with an artificial beach nourishment movable bed model was prepared. [1] In the present study, the main objective is to provide information to the coastal engineer to predict and quantify the wear and tear of sand for artificial beach nourishment, as well as the durability of the intervention. [2] Artificial beach nourishment is one of the most important environmentally friendly coastal protection methods since it protects the aesthetic and recreational values of the beach and increases its protective properties. [3]准备了一套人工沙滩营养活动床模型的实验。 [1] 在本研究中，主要目的是为海岸工程师提供信息，以预测和量化人工海滩营养沙子的磨损，以及干预的持久性。 [2] 人工海滩营养是最重要的环保海岸保护方法之一，因为它保护了海滩的审美和娱乐价值，增加了它的保护性能。 [3]