中国港湾建设
中國港灣建設
중국항만건설
CHINA HARBOUR ENGINEERING
2013年
1期
1-4
,共4页
矿石码头%重力墩%大直径%圆沉箱%圆筒%消浪孔
礦石碼頭%重力墩%大直徑%圓沉箱%圓筒%消浪孔
광석마두%중력돈%대직경%원침상%원통%소랑공
ore terminal%gravity piers%large-diameter%circular caisson%cylinder%wave breaking hole
随着沿海港口大型化的发展,码头结构的设计等级也在不断提高,因地制宜地选择合适的码头结构型式是码头建设中研究的关键内容之一.通过对防城港钢铁基地20万吨级(结构兼顾25万吨级)矿石码头结构的选型分析,采用不设消浪孔的大直径圆沉箱方案,该思路可供其它类似工程设计参考.
隨著沿海港口大型化的髮展,碼頭結構的設計等級也在不斷提高,因地製宜地選擇閤適的碼頭結構型式是碼頭建設中研究的關鍵內容之一.通過對防城港鋼鐵基地20萬噸級(結構兼顧25萬噸級)礦石碼頭結構的選型分析,採用不設消浪孔的大直徑圓沉箱方案,該思路可供其它類似工程設計參攷.
수착연해항구대형화적발전,마두결구적설계등급야재불단제고,인지제의지선택합괄적마두결구형식시마두건설중연구적관건내용지일.통과대방성항강철기지20만둔급(결구겸고25만둔급)광석마두결구적선형분석,채용불설소랑공적대직경원침상방안,해사로가공기타유사공정설계삼고.
With the development of large coastal ports, the grade of the designs of marine structures is also enhanced and se-lection of appropriate type of marine structures according to local conditions is one of the key researches in building of terminal structures. This paper analyzes the marine structure selected for the 200 000 t ore terminal for the iron and steel base in Fangcheng Port, using the large-diameter circular caissons with no wave breaking holes,this method can provide a reference for other similar projects.
