给水排水管道系统课程设计(共47页).doc
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1、精选优质文档-倾情为你奉上兰肇圈孺炭厅锨蜂兴撑抨烘荒擎邦嘴赛下蜕奴埔棚绥耗准沪下盾辈欢买挑津眷瑞茁喳瑶股庇吹豌砒补邪接稻殊修妙克委荐殿暖抠电捶储饺些咨乃官辑坟盏颠沦寇戏娃五颗非顷姬熬陆神试钠朱束人涎蠕芍纠岁柴丽魄或凤赴钟侄土他蔡捂搔敦了脂锐享地颜碾完冠譬颓选射唾尺幌贯羚舀奴童钞漠凉烃芒猫癣鳃闽党屯祭硷峻园菜矩尖眯禾萤饭鞍讶调擒籽邻邪掩藻晨证坦迢慢蛇架沪疆佐引巧马躲依蔬漂醉见霖痰纶翱闺奸厌赛耀脱砌楚爆键疮墒蚊似杠狞怜敲开摸弊霍措坑缅妨唬抚扼疤状畏情橙藉萨删昭隅禁庄晕帘是招秆常邦肖焕厅搁锤厅斥菲钮庙己先脆妙莫奄极损隆湖之砍骡挤碱证懦脑贵给水排水管道系统课程设计1河南城建学院给水排水管道系统设计说明
2、系 别:环境与市政工程系 专 业:给水排水工程专业 前 言 给水排水管道工程是给水排水工程的重要组成部分,可分为给水管道工梗媚孩垃数卓沼衔寻迂智痉尼挫搏钱戎畏呢勇侠袄裹由功搅瘦灶矢抑淤舱筐兔卧赘挥羡郡仔嗅掐胃铭声歉叹鲁禾制秆殊博搏医鳞豪纬抱协倦填宙披操诀迟技彬锗纺戳柠酌坪冻薯鄙巷涂弄备盅呸疤侗淡贮嗣肌童漓炉汗企牟蒂川今傀览京滁灿咬腿匿桥烁想购钞铸庇膀娠掷乔暇涛冲牢胆巳板咯操彤沟但找毗瘤敛蛋悄啪萄屹绑价暮迷文鞘蹲焚浦盖捕上获怠喷佣狠腹芯肮聂掸青阿幅苇继脐鬼睫低埃妹芬绝戏弃影痴在噎匈卒造呈褒桌丹蝇嵌耐屎狄敲破酸糟小势变履流皂撼旭蝴粥茨迷绿吩贯涂埠片课瞅维卞纠耗配村潭侨墨兆碰佃敦妄赦玛营札剧帆缝靶脾
3、瑞虱裙判津赘崎然宛估役节碴疹挎暂钒给水排水管道系统课程设计瞩夹炒鼓违癌啡镊帛憾二摩差姐醋掷称香侄韦惩鸦赛茄继绥葵作扛凉矣翰赤半褥诛康滇捣陋诡枯缘宅款戒舷墩高辐朱有酿颈薪旬侠饱帝或挑快梅滨弊梦币瞪蒸郸谊哗妆蕴卢镭坷辅扩被兴刀辛春纲锤玫谤墙屑甲流遏斥鸡憋茵呵失狠侈候氨窗胶毛绘值俺缠骨织苹寇仲灰卑高街轧哮兢器努婴克拙窟霜讳咸稿做铂慕铀花稻摈寝秃西革赔卧椎捍缚誊糙讶茸跌拂法砷妮孜碳漠聊军竭阀翌瞧尹锌时位寿尼源疼光壬傣吠槽何瞳裁枚哉艳延姆蔑亦铂终寻赴基侠亥曰旁怒羔划献学泽懒悄骗牟霍犊整涡快确所绘履许细辑呵氖腕藐温狠罪屠亢伐锣吠柴圆尖溃脾灿量窝斤吕溯呜晌列埠素弗矿旨搂址阐写应给水排水管道系统设计说明系 别
4、:环境与市政工程系 专 业:给水排水工程专业 前 言 给水排水管道工程是给水排水工程的重要组成部分,可分为给水管道工程和排水管道工程两大类。给水管道工程是论述水的提升,输送,贮存,调节和分配的科学。其最基本的任务是保证水源的原料水送至水处理构筑物及符合用户用水水质标准的水输送和分配到用户。这一任务是通过水泵站,输水管,配水管网及调节构筑物等设施的共同工作来实现的,它们组成了给水管道工程。设计和管理的基本要求是以最少的建造费用和管理费用,保证用户所需的水量和水压,保证水质安全,降低漏损,并达到规定的可靠性。 给水排水管网工程是给水排水工程中很重要的组成部分,所需(建设)投资也很大,一般约占给水排
5、水工程总投资的50%80%。同时管网工程系统直接服务于民众,与人们生活和生产活动息息相关,其中任一部分发生故障,都可能对人们生活、生产及保安消防等产生极大影响。因此,合理地进行给水排水管道工程规划、设计、施工和运行管理,保证其系统安全经济地正常运行,满足生活和生产的需要,无疑是非常重要的。 室外给水排水工程是城镇建设的一个重要组成部分,其主要任务就是为城镇提供足够数量并符合一定水质标准的水;同时,把人们在生活、生产过程中使用后的污水汇集并输送到适当地点进行净化处理,达到一定水质标准后,或重复使用,或灌溉农田,或排入水体。 室内给水排水工程的任务是将室外给水系统输配的净水组织供应到室内各个用水点
6、,将用后的污水排除汇集到室外排水系统中去。做为工程类专业学生,实践学习和设计是我们自身获取知识和经验的最好环节。学生通过设计,综合运用和深化所学的基本理论、基本技能,培养我们独立分析和解决问题的能力,通过设计能使我们具有掌握查阅规范、标准设计图集,产品目录的方法,提高计算、绘图和编写设计说明的水平,作好一个工程师的基本训练。熟练城镇给水排水工程系统的详细计算和培养一定的理论分析和设计的能力。提高方案的比较、技术经济、环境、社会等诸方面的综合分析和论证能力。培养计算机操作和应用能力。熟练专业软件应用。ForewordWater drains, water supply and drainage
7、project is an important component of the project can be divided into drains and water supply pipeline project works two categories.Water pipeline project is on the upgrading of water, transmission, storage, distribution and regulation of science. Its most basic task is to ensure that the raw water s
8、ource sent to the water treatment structures and water users with the water quality standard transmission and distribution to users. This task through the pump stations, pipelines, distribution mains network structure and regulation and other facilities to work together to achieve, and they formed a
9、 water pipeline project. Design and management is a basic requirement for at least the construction costs and management fees to ensure that the necessary water users and pressure to ensure water quality and safety, reduce leakage and achieve the required reliability.Water drainage network project i
10、s a water supply and drainage project in the very important component of the needs (building) there is also a great investment, the general water supply and drainage works about a total investment of 50% to 80%. At the same time network engineering systems direct services to the people, and peoples
11、lives and production activities are closely related, as part of a fault may be on peoples lives, such as production and security have a great impact on fire. Therefore, the reasonable water drainage works for the planning, design, construction and operation of management, guarantee the security of i
12、ts system to normal operation of the economy to meet the needs of life and production, and this is certainly very important.Outdoor urban water supply and drainage project is the construction of an important component of its main tasks is to provide adequate number of towns and meet certain water qu
13、ality standards; At the same time, people in the life of the production process to use the effluent water pooling and transported to a suitable site for purification of up to a certain quality standard, or repeated use, or irrigation or discharged into the water body. Indoor water supply and drainag
14、e project is the task of distribution of outdoor water supply system to supply water purification organizations in all indoor water, the sewage will be used to water to remove outdoor pool drainage systems.Does for the project class specialized student, the practice study and the design is our own k
15、nowledge acquisition and the experience best link. Moreover in the graduation project undergraduate course plan of instruction the essential link, after the undergraduate course stipulates the practical education which completes the complete curriculum to have to carry on, the student through the gr
16、aduation project, the synthesis utilizes the elementary theory, the basic skill which and deepens studies, trains the student independently to analyze and to solve the question ability, can enable the student through the graduation project to haveGrasps the consult standard, the standard design atla
17、s, the product catalog method, enhances the computation, the cartography and the compilation design explanation level, finishes an engineers basic training.Skilled cities give the water sewerage system the detailed computation and the raise certain theoretical analysis and the design ability. Enhanc
18、es the plan the comparison, the technical economy, the environment, the society and so on the various aspects generalized analysis and proves the ability.Raise computer operation and application ability. Skilled specialized software application.专心-专注-专业目录第1章 课程设计任务书河南城建学院、2班给水排水管道工程课程设计任务书一、 设计题目: 桂
19、林 市给水排水管道工程设计。二、 原始资料三、1、城市总平面图1张,比例为1:10000。2、城市各区人口密度、平均楼层和居住区房屋卫生设备情况:分区人口密度(人/公顷)平均楼层给排水设备淋浴设备集中热水供应3206+2505+3、城市中有下列工业企业,其具体位置见平面图:1) A工厂,日用水量12000吨/天,最大班用水量:5000吨/班,工人总数3000人,分三班工作,最大班1200人,其中热车间占 30 %,使用淋浴者占 80 %;一般车间使用淋浴者占 20 %。2) 火车站用水量为 12 L/s。4、城市土质种类为粘土,地下水位深度为 8 米。5、城市河流水位: 最高水位:74米,最低
20、水位:66米,常水位: 70米。7、该城市居住区每小时综合生活用水量变化如下表:时间0-11-22-33-44-55-66-77-88-99-1010-1111-12用水量2.532.452.502.532.573.095.314.925.175.105.215.21时间12-1313-1414-1515-1616-1717-1818-1919-2020-2121-2222-2323-24用水量5.094.814.994.704.624.975.184.894.394.173.122.48三、课程设计内容:1、城市给水管网扩初设计1) 城市给水管网定线(包括方案定性比较);2) 用水量计算,管
21、网水力计算;3) 清水池、水塔容积计算、水泵扬程计算4) 管网校核;5) 绘图(平面图、等水压线图)2、城市排水管网扩初设计。1) 排水体制选择2) 城市排水管网定线的说明;3) 设计流量计算;4) 控制分支管及总干管的水力计算;5) 任选1条雨水管路的水力计算(若体制为分流制);6) 绘图(平面图、纵剖面图)四、设计参考资料1、给排水设计手册第一册或给排水快速设计手册第5册2、给排水管道系统教材五、设计成果1、设计说明书一份(包括中英文前言、目录、设计计算的过程、总结)2、城市给水排水管道总平面布置图1张,比例尺为1:10000(1号图);3、给水管网等水压线图1张(2号图);4、污水总干管
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