首页> 外文OA文献 >Analisis Pengukuran Batimetri dan Pasang Surut untuk Menentukan Kedalaman Kolam Pelabuhan ( Studi Kasus: Pelabuhan Tanjung Perak, Surabaya)
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Analisis Pengukuran Batimetri dan Pasang Surut untuk Menentukan Kedalaman Kolam Pelabuhan ( Studi Kasus: Pelabuhan Tanjung Perak, Surabaya)

机译:通过测深和潮汐分析来确定港口水池的深度(案例研究:泗水丹戎霹雳港)

摘要

Port of Tanjung Perak port is one of the gates in Indonesia, which became the center of the distributor of goods to eastern Indonesia, especially to the province of East Java. The development of trade and increasing traffic flow then made efforts to develop transportation facilities, especially with regard to the safety of navigation of the ship. In this case analysis bathymetry measurements and observations in the tidal waters of the port of Tanjung Perak port to determine the depth of the pool on a regular basis. Tidal data for 29 piantan analyzed by methods admiralty and port pool depth measurement is determined based on the draft (laden ship) ships planned maximum. These data will be combined gross weight to freedom space for 7% of maximum draft, as the port of Tanjung Perak designed sheltered from the waves. Consider the oscillatory motion with the ship because environmental influences such as waves, wind, and tides; port pool depth is 1.1 times the full load draft of the ship below the water table elevation plans. Bottom waters of each pool Tanjung Perak harbor, have morphologies average flat to almost flat (flat / nearly flat) with values ranging from 1.278 to 1.547% slope and has a depth of 2.980 to 20.06 m. While the type of tidal waters of Tanjung Perak port is a single daily tidal (diurnal tide); with the datum value obtained as follows: 1.68 m MSL, LLWL -0.22 m, 3.58 m HHWL, and Z0 by a margin of 1.33 m lau face highs and lows of 2.46 m. Water pools on 5 shared port with the appropriate port built design an insulated tilt against the waves. Each port pool depth I, II, III, IV, and V are required in a row is at 7.5589 m; 6.5638 to 7.5589 m; 9.5063 m; 8.0511 m; and from 6.5638 to 8.5326 m with a maximum boat weight mold was determined from the PT. PELINDO to operate in every port pool.Then based on bathymetric data has been corrected tidal for port pool I that is between 3.830 to 7.5 m; should be dredging. For the port pool II bathymetric data between 2.220 to 6.5 m; should be dredging. For the port pool III between 1.260 to 9.5 m should be dredging. In depth data for port pool IV be between 1.26 to 8 m should be dredging. The last for port pool V between 3.78 to 6.5 m should be dredging.
机译:丹绒霹雳(Tanjung Perak)港口是印尼的门户之一,成为印尼东部,特别是东爪哇省的商品分销中心。贸易的发展和交通流量的增加随后致力于开发运输设施,特别是在船舶航行安全方面。在这种情况下,在丹绒霹雳(Tanjung Perak)港口的潮汐水域进行测深测量和观测,以定期确定水池的深度。根据海军部和港口池深度测量方法分析的29座tan滩的潮汐数据是根据最大计划吃水(满载)船确定的。这些数据将以最大吃水的7%计入自由空间的总重量,因为丹绒霹雳(Tanjung Perak)港口的设计避开了海浪。考虑一下船舶的振荡运动,因为波浪,风和潮汐等环境影响;港口池深度是低于地下水位高程计划的船舶满载吃水的1.1倍。丹绒霹雳(Tanjung Perak)港口每个水池的底部水域的形态平均为平坦至几乎平坦(平坦/接近平坦),坡度范围为1.278至1.547%,深度为2.980至20.06 m。丹绒霹雳(Tanjung Perak)港口的潮水类型是单日潮汐(昼夜潮汐);获得的基准值如下:1.68 m MSL,LLWL -0.22 m,3.58 m HHWL和Z0距高点和低点2.46 m分别为1.33 m lau。 5个共享端口上的水池带有适当的端口设计,可防止海浪倾斜。连续需要的每个端口池深度I,II,III,IV和V为7.5589 m; 6.5638至7.5589 m; 9.5063 m; 8.0511 m;从PT确定最大船模为6.5638至8.5326 m。 PELINDO可以在每个端口池中运行。然后,基于测深数据,已对3.830至7.5 m之间的端口池I的潮汐进行了修正。应该疏dr。对于II类港口池的测深数据在2.220至6.5 m之间;应该疏dr。对于III号港口池,应在1.260至9.5 m之间进行挖泥。港口池IV的深度数据应在1.26至8 m之间进行疏dr。 V池的最后一个在3.78至6.5 m之间,应进行疏dr。

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