毕业实践（论文）
题 目：天台县三合镇塘里山塘综合整治工程施工组织设计
系 （部）： 水利水电建筑工程 专业班级： xxxxxxxxxxxx 姓 名： xxx 学 号： xxxxxx 指导教师： xxxx
水利与环境工程学 院 2014年5月26日
浙江水利水电学院毕业实践论文
摘 要
本次毕业实习的项目是天台县三合镇塘里山塘综合整治工程，结合该项目本次毕业实习的论文内容是天台县三合镇塘里山塘综合整治工程施工组织设计。
塘里山塘位于天台县三合镇下方村，是一座灌溉为主的山（2）型山塘。山塘坝址集雨面积0.156k㎡，主流长度0.496km，总库容3.38万m3。坝顶长67.3m，坝顶高程99.31-99.80m，坝顶宽度3.40-7.80m，最大坝高10.0m，左侧坝体存在渗漏，启闭设备损坏，无启闭机房，溢洪道为正槽式溢洪道。塘里山塘1960年建成50多年来，作为下方村的灌溉水源和村民生活用水水源，发挥了明显的工程效益。但由于受当时条件的限制，设计标准低，施工质量差，经多年运行后，目前山塘存在许多安全隐患。
根据《天台县三合镇塘里山塘综合整治工程设计说明及施工图纸》，经整治后的山塘，统一坝顶高程为99.50m，坝顶宽度为5.0m，上游坝坡为1：2.0，采用C25砼预制块护坡，下游坝坡为1：1.75，采用C20砼框格草皮护坡，拓宽溢洪道底板宽度至5.0m，更新启闭设备。
该工程内容包括大坝工程、溢洪道工程和输水系统工程。
关键词：山塘综合整治；坝顶；溢洪道；施工组织设计
I
浙江水利水电学院毕业实践论文
Abstract
The graduate internship program is Sanhe Town Tiantai pond ponds comprehensive renovation project, the project combines the internship graduation thesis is Sanhe Town Tiantai comprehensive treatment ponds and pond construction organization design.
Pond ponds located below the village of Sanhe Town Tiantai County , is a mountain -based irrigation ( 2 ) type ponds . Ponds and dam catchment area 0.156k meters, mainstream length 0.496km, total capacity of 33,800 m3. Crest length 67.3m, crest elevation of 99.31-99.80m, crest width of 3.40-7.80m, the maximum height of 10.0m, the presence of the left side of the dam seepage , hoist equipment damage , no hoist room . Positive spillway spillway . Pond ponds built in 1960, 50 years, as irrigation water and villagers living below the village water sources , played a significant engineering benefits. However, due to restrictions by the conditions prevailing design standards low , poor quality of construction , after many years of operation , there are many security risks currently ponds .
According to \Sanhe Town Tiantai pond ponds and comprehensive treatment project design specifications and construction drawings %unification crest elevation of 99.50m, crest width of 5.0m, the upstream slope 1:2.0 , using C25 concrete precast block revetment downstream slope of 1:1.75 , using C20 concrete sash turf slope , widening the spillway bottom width to 5.0m, update hoisting equipment .
The project includes the dam, spillway and water systems engineering. Keywords: ponds comprehensive improvement; crest; spillway; construction design
II
浙江水利水电学院毕业实践论文
目 录
摘 要............................................................................................................................... I Abstract ......................................................................................................................... II 目 录............................................................................................................................ III 1 工程概述及施工总体部署........................................................................................ 2
1.1 工程概述......................................................................................................... 2 1.2 施工平面总布置............................................................................................. 3 1.3 施工总体安排................................................................................................. 4 2主要项目施工方法..................................................................................................... 8
2.1 土方开挖......................................................................................................... 8 2.2 土方填筑......................................................................................................... 9 2.3 粘土斜墙施工............................................................................................... 11 2.4 砌筑工程施工............................................................................................... 17 2.5 砼工程施工................................................................................................... 19 3 施工技术措施.......................................................................................................... 22
3.1 工程技术措施............................................................................................... 22 3.2 冬、雨季施工措施....................................................................................... 24 3.3 降低工程成本措施....................................................................................... 24 4 文明施工及环境保护措施...................................................................................... 26
4.1 文明施工....................................................................................................... 26 4.2 文明施工管理措施....................................................................................... 27 4.3 环境保护措施............................................................................................... 28 5 结论.......................................................................................................................... 31 参考文献...................................................................................................................... 33 致 谢............................................................................................................................ 33
III
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