港工技术
港工技術
항공기술
PORT ENGINEERING TECHNOLOGY
2013年
3期
37-40
,共4页
引堤%防波堤%施工期%防台风措施%沉箱%抛石斜坡堤
引隄%防波隄%施工期%防檯風措施%沉箱%拋石斜坡隄
인제%방파제%시공기%방태풍조시%침상%포석사파제
causeway%breakwater%construction period%anti-typhoon measures%caissons%riprap slop-ing seawall
码头与防波堤相结合的突堤式构造体主要由沉箱和抛石斜坡堤组成，在整体结构未形成前构造体的抗风浪能力较差，台风季节施工中构造体的安全是顺利完工的关键。结合福建鸿山热电厂煤码头及引堤工程的案例，浅析台风造成防波堤损毁的原因，总结防波堤码头施工期防台风安全措施策划的经验，提出减少施工期风损的建议，可供类似工程的设计与施工参考借鉴。
碼頭與防波隄相結閤的突隄式構造體主要由沉箱和拋石斜坡隄組成，在整體結構未形成前構造體的抗風浪能力較差，檯風季節施工中構造體的安全是順利完工的關鍵。結閤福建鴻山熱電廠煤碼頭及引隄工程的案例，淺析檯風造成防波隄損燬的原因，總結防波隄碼頭施工期防檯風安全措施策劃的經驗，提齣減少施工期風損的建議，可供類似工程的設計與施工參攷藉鑒。
마두여방파제상결합적돌제식구조체주요유침상화포석사파제조성，재정체결구미형성전구조체적항풍랑능력교차，태풍계절시공중구조체적안전시순리완공적관건。결합복건홍산열전엄매마두급인제공정적안례，천석태풍조성방파제손훼적원인，총결방파제마두시공기방태풍안전조시책화적경험，제출감소시공기풍손적건의，가공유사공정적설계여시공삼고차감。
As the combined structure of wharf and breakwater, jetty structure consists of riprap sloping seawall and caissons. Single structure is of poor wave resistance before formation of a whole structure, therefore,the key factor to safe and smooth completion of construction is the structure especially in typhoon season. Fujian Hongshan power plant coal wharf and causeway project is taken as an example to discuss the cause for breakwater being broken by typhoon, summarize the experiences of safe measures planning against typhoon during the construction of jetty structure and put forward the suggestions to decrease wind/wave loss in the construction period,which is of certain reference to similar engineering design and construction.
