the wharf造句

• Jingzhou hotel is located at the center of the ancient city - jingzhou , hubei province . it is only 8 kilometers away from the local airport , 5 kilometers from the railway station and the wharf , securing very convenient communications
  荆州宾馆位于长江中游湖北省荆州市荆州古城中心地带，机场火车站长江航运码头都近咫尺，交通十分便利，是我国中南地区优秀的四星级宾馆之一。
• Based on the investigation and statistics of the damage to the wharf structures , the characteristics of the damage were summarized and the causes of the deformation were theoretically analyzed , which were verified by field observation and mathematic models
  通过对破损状况的调查统计，总结出了破损的特点，对破损的原因进行了理论分析，并用原型观测和数模计算结果进行了验证。
• Add : no . 19 , laiyang road , south area , qingdao is apart from the airport 30 kilometers , is apart from the train station 1 kilometer , is apart from the wharf 1 . 5 kilometers , is apart from the town center 1 kilometer , is apart from the seashore 0 kilometers
  -青岛圣地亚哥大酒店集客房餐饮娱乐为一体，是一座外形独特环境幽雅的欧式建筑，南美风情，全进口大理石?嵌，纹理相对，脉络相连。
• The relationship between some typical quayside container and wharf * over the world had been systematically studied in this thesis . based on the analysis of the wharfing process , a tow - step approach was designed to configure the crane
  本文对国内外具有代表性的部分集装箱码头的装卸桥与码头关系了系统研究，在码头工艺分析基础上，确定了对装卸桥配置的分析，并将装卸桥配置研究界定在二个面上。
• It is near the hill and the sea , has the beautiful scenery and fresh air . in addition , it is beside the sunny school , japanese school , hospital and forest zoo , 14km from the airport , 8km from the railway station and 10km from the wharf .
  她依山傍海，风景秀丽，空气清新。这里距机场14公里，距火车站8公里，距码头10公里，与阳光学校日本人学校医院森林动物园相邻，是您旅游渡假，举行会议，宴请宾客，休闲娱乐的理想住处。
• Based on the in - situ measured data of water depth and results of physical model tests and mathematic model calculation , the influencing factors on the sediment deposition in the wharf apron after construction of wharfs are analyzed taking the wharfs in waigaoqiao port in the yangtze river estuary as an example
  以长江口外高桥港区码头?例，根据现场实测水深资料， ?结合物理模型试验及数学模型计算的结果，分析建码头后影响码头前沿泥沙回淤的因素。
• The results of the mathematic models have not only verified the results of the field observation but also discovered that the worst situation occurred when cargos were placed only on the stacking yards behind the wharfs , which was the main cause for shore - slope deformation and the relative displacement of bearing platforms of the wharfs
  数模计算结果除验证了原型观测的结果以外，还发现仅在后方堆场堆载工况为最危险情况，是造成岸坡变形和后方承台构件相对错位的主要原因。
• Based on the experimental results for different wave height , wave period and the relative clearance of underside of the wharf deck , the properties of wave impact pressure on wharf deck are studied . the distribution of impact pressure along the underside of the deck model is analyzed . the influence of different incident wave parameters , structure dimension and relative clearance s / h1 / 3 on the impact pressure is discussed
  通过对不同波浪参数、结构物尺度、结构物与静水面的距离等情形的试验结果的比较分析，研究随机波浪对不同接岸型式码头面板的冲击压力特性，分析波浪冲击压力沿码头面板底面的分布规律，讨论入射波要素、结构物尺度、结构物相对净空等要素对码头面板底面所受的冲击压力的影响规律，给出便于工程应用的计算波浪冲击压力的经验公式。