1) Yamen Channel
崖门水道
1.
Unstructured grid FVM model and 3-D simulation studies on Yamen Channel
非结构网格FVM模型及崖门水道三维模拟研究
2) Yamen waterway
崖门航道
1.
Based on the characteristics of flow, topography and sediment of the sea area where Yamen waterway is located, the formula for assessment of the waterway s sediment deposition is derived from the equation of non-equilibrium sediment transport of suspended material.
针对崖门航道所在海域水流、地形及泥沙特点,从悬移质不平衡输沙方程出发,导出估算挖槽回淤的计算公式,根据实测资料和潮流数值计算确定其中主要参数,并用1990年崖门试挖槽回淤资料确定公式中待定的综合系数。
3) Yamen Bridge
崖门大桥
1.
On this basis,the effects of such parameters as bending stiffness,boundary conditions and inclination angles of cables on the accuracy of the tension measurements are analyzed in detail,with the measurements of cable forces of the Yamen Bridge being taken as.
在此基础上,以崖门大桥斜拉桥索力测试为研究背景详细分析了频率法测量索力中诸如索的抗弯刚度、支座条件和斜度等参数对索力测试精度的影响,并提出一种基于多阶频率测试结果的斜拉索抗弯刚度识别方法。
4) Guanmen channel
灌门水道
1.
According to the hydrological data obtained in Guanmen channel and its neighborhood in Zhoushan in year 2004,the characteristics of tides in the zone are analysed,and the cause of semidiurnal tidal amplitude decrease during tidal transit of Guanmen channel is discussed.
依据2004年在舟山灌门水道及邻近海域获取的同步潮位和潮流资料,对该海域的潮波特性进行了统计和分析,并对分析过程中发现的主要半日分潮经过灌门水道时振幅有较大幅度减小的现象进行了初步研究,认为截面积急剧变化的水道,潮波势能向动能的转换是产生主要半日分潮振幅减小的一个重要因素。
6) Yamen estuary area
崖门出海口
补充资料：崖门
1.见"崖山"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条