鼓型撇油器的机械结构设计（全套含CAD图纸）.rar

购买后包含有 CAD 图纸和说明书,咨询 Q401339828 分类号密级( 宋体小五号) DC本科毕业设计鼓型撇油器的机械结构设计学生姓名指导教师院、系、中心工程学院机电工程系专业年级机械设计制造及其自动化 2011 级论文答辩日期中国海洋大学购买后包含有 CAD 图纸和说明书,咨询 Q401339828 鼓型撇油器的机械结构设计完成日期: 指导教师签字: 答辩小组成员签字: 购买后包含有 CAD 图纸和说明书,咨询 Q401339828 I 摘要随着对海上石油的需求增加,海上石油开采和运输意外事故导致的海面溢油事故也不断增加,造成严重的环境破坏和经济损失引起了世界各国的重视,加大了对溢油处理技术的研究力度,亟待一种高效、环保、经济的溢油处理装置。本课题拟定针对海面溢油的回收清理收集问题以及海面处理溢油的条件,设计一种溢油回收装置鼓型撇油器。通过选用数学模型对溢油回收过程研究分析,找到影响鼓型撇油器回收溢油效率因素, 撇油器各个零部件的结构设计、计算、强度校核、运动受力分析、工程图纸绘制等,为以后的溢油回收研究做提供一点经验。关键词:海面溢油;环保;溢油回收;鼓型撇油器购买后包含有 CAD 图纸和说明书,咨询 Q401339828 II Abstract With increasing demand for oil spill accidents on offshore oil, offshore oil exploration and transportation accidents cause are increasing, causing serious environmental damage and economic losses have attracted the attention of the world, has increased its oil spill response technology the research efforts in urgent need of an efficient, environmentally friendly, economical oil spill treatment plant. This topic plans for the recovery of oil spill clean-up collection problems and the conditions of handling oil spill in the sea, an oil spill recovery system design ---- drum skimmers. By choosing a mathematical model for oil spill recovery process research and analysis, to find the impact of drum skimmers oil spill recovery efficiency factor, and structural design of ponents skimmers, exercise stress analysis, design, calculation and verification, engineering drawings drawing, etc., for the oil spill recovery after doing research to provide some experience. Keywords: oil spill; environmental protection; oil recovery; drum skimmers 购买后包含有 CAD 图纸和说明书,咨询 Q401339828 III 目录 1绪论................................................................................................................................. 1 引言...................................................................................................................... 1 撇油器研究现状.................................................................................................. 1 课