首页|排浦中心渔港换水通道布置对水交换的影响

排浦中心渔港换水通道布置对水交换的影响

扫码查看
以排浦中心渔港建设项目为例,利用平面二维水动力和水交换数学模型,通过2 种基本换水通道的不同组合,探究换水通道平面布置形式对水交换的影响.结果表明,仅布置通道 1 有利于加快 1 000t渔船泊位前的水交换,但会迟滞其左侧泊位前沿特别是防波堤堤根附近水体的半交换周期;仅布置通道 2 有利于提高防波堤堤根附近的水交换效率;2 种换水通道同时布置有利于增强中型渔船停泊区及各泊位前沿整体的水交换能力,同时提高防波堤堤根附近水交换效率.
Impact of water exchange channel layout on water exchange in Paipu Central Fishing Port
Taking the construction project of Paipu Central Fishing Port as an example,this paper explores the influence of the planar layout of water exchange channels on water exchange through different combinations of two basic water exchange channels by using a two-dimensional hydrodynamic model and water exchange mathematical model.The results show that the arrangement of only channel 1 is beneficial for speeding up the water exchange in front of the 1 000 t fishing vessel berth,but it slows down the half-exchange period of the water in front of the berth on its left side,especially near the breakwater root.The arrangement of only channel 2 is beneficial for improving the water exchange efficiency near the breakwater root.The arrangement of both the two channels is beneficial for not only enhancing the overall water exchange capability of the medium-sized fishing vessel berthing area and the front of each berth around it,but also improving the water exchange efficiency near the breakwater root.

water exchange channelwater exchangehalf-exchange periodnumerical simulationPaipu Central Fishing Port

李醒、丁磊、曾起召、熊玉章、王刚

展开 >

中国水产科学研究院渔业工程研究所,北京 100141

天津科技大学 海洋与环境学院,天津 300457

中海(广州)工程勘察设计有限公司,广东 广州 510000

换水通道 水交换 半交换周期 数值模拟 排浦中心渔港

中国水产科学研究院渔业工程研究所基本科研项目

2023HY-ZC001

2024

水运工程
中交水运规划设计院有限公司

水运工程

CSTPCD
影响因子:0.428
ISSN:1002-4972
年,卷(期):2024.(5)
  • 9