中国港湾建设
中國港灣建設
중국항만건설
CHINA HARBOUR ENGINEERING
2013年
6期
46-49
,共4页
薄壁高耸重大件%运输工装%设计%优化改进
薄壁高聳重大件%運輸工裝%設計%優化改進
박벽고용중대건%운수공장%설계%우화개진
thin large cylindrical components%transportation structure%design%improvement
根据钢板桩大圆筒组件的特点，设计海上运输的框架式专用运输工装。通过三维有限元软件的结构计算，结合拖航的特点，对运输工装结构进行优化改进，改善了结构各构件的受力状况，减小了用钢量和工作量。
根據鋼闆樁大圓筒組件的特點，設計海上運輸的框架式專用運輸工裝。通過三維有限元軟件的結構計算，結閤拖航的特點，對運輸工裝結構進行優化改進，改善瞭結構各構件的受力狀況，減小瞭用鋼量和工作量。
근거강판장대원통조건적특점，설계해상운수적광가식전용운수공장。통과삼유유한원연건적결구계산，결합타항적특점，대운수공장결구진행우화개진，개선료결구각구건적수력상황，감소료용강량화공작량。
A dedicated framed structure for sea borne transportation was designed according to the feature of steel pile cylindri-cal components. By three-dimensional finite element analysis and combining towing features, technological measures for transportation were improved, through which, the stress condition of all members was improved, and steel consumption and workload reduced.
