工程经济
工程經濟
공정경제
ENGINEERING ECONOMY
2015年
3期
41-46
,共6页
水闸%施工技术%工程管理
水閘%施工技術%工程管理
수갑%시공기술%공정관리
sluice%construction technology%engineering management
复杂水闸的施工是一个复杂的水力学、振动力学等多学科交叉性课题,研究水闸施工技术中的高效工程管理具有重要意义。本文提出一种基于水闸基底应力附加固结法和层状砂土桩基混凝土施工的复杂水闸施工设计和管理技术,首先分析水闸施工的技术要点,然后分析水闸施工的受力模型和水流动力学模型,进行水循环特性分析,结合地质条件和结构特点研究确定地基处理方案,根据其工作特点进行结构计算,以改善水闸施工的效能,提高工程管理质量,最后设计了水闸施工图纸,进行系统实验。试验结果表明,采用本文设计的施工管理模型,在相同项目中有效节省了工程的成本开销,提高了复杂水闸施工工程施工的质量。
複雜水閘的施工是一箇複雜的水力學、振動力學等多學科交扠性課題,研究水閘施工技術中的高效工程管理具有重要意義。本文提齣一種基于水閘基底應力附加固結法和層狀砂土樁基混凝土施工的複雜水閘施工設計和管理技術,首先分析水閘施工的技術要點,然後分析水閘施工的受力模型和水流動力學模型,進行水循環特性分析,結閤地質條件和結構特點研究確定地基處理方案,根據其工作特點進行結構計算,以改善水閘施工的效能,提高工程管理質量,最後設計瞭水閘施工圖紙,進行繫統實驗。試驗結果錶明,採用本文設計的施工管理模型,在相同項目中有效節省瞭工程的成本開銷,提高瞭複雜水閘施工工程施工的質量。
복잡수갑적시공시일개복잡적수역학、진동역학등다학과교차성과제,연구수갑시공기술중적고효공정관리구유중요의의。본문제출일충기우수갑기저응력부가고결법화층상사토장기혼응토시공적복잡수갑시공설계화관리기술,수선분석수갑시공적기술요점,연후분석수갑시공적수력모형화수류동역학모형,진행수순배특성분석,결합지질조건화결구특점연구학정지기처리방안,근거기공작특점진행결구계산,이개선수갑시공적효능,제고공정관리질량,최후설계료수갑시공도지,진행계통실험。시험결과표명,채용본문설계적시공관리모형,재상동항목중유효절성료공정적성본개소,제고료복잡수갑시공공정시공적질량。
The construction of complex sluice belongs to a multidisciplinary and intersectional issue which involves com?plex hydraulics, vibration mechanics and etc., thereby it is of great significance to study the effective engineering manage?ment in sluice construction technology. Based on the additional consolidation method of the stress of sluice base and the concrete construction of layered sand pile foundation, the article puts forward a complex sluice construction design and management technique. It first analyzes the main technical points of sluice construction, then analyzes the mechanical model and water dynamics model of sluice construction, after that proceeds the water circulation characteristics analysis, by combining with geological conditions and structure characteristics, the ground treatment scheme is determined, and ac?cording to the work characteristics, it proceeds the structure calculation in order to improve the efficiency of sluice con? struction and the quality of project management, last but not least, it designs the sluice construction drawings and carries on the system experiments. The experimental results show that the design of construction management model adopted in this paper can effectively save the expenditure of engineering cost in the same project, thus will improve the construction quality of the complex sluice construction engineering.