Preface
The level of science and technology is constantly improving, and the quality of water conservancy projects is also constantly improving. The key to promote the quality of water conservancy projects is engineering testing, which can judge whether the construction of water conservancy projects is up to the standard. Engineering detection can not only promote the quality of water conservancy projects, but also has great help to the enthusiasm of relevant staff.
Quality inspection is the key link of water conservancy project construction. Through objective and accurate quality inspection, we can find the problems existing in water conservancy project construction, and provide important reference for later maintenance. However, the quality inspection of water conservancy project is easy to be affected by many factors, which makes the quality and level of water conservancy project quality inspection low, and can not give full play to the important role of quality inspection. Therefore, effective control measures must be taken to ensure the smooth progress of water conservancy project quality inspection. To ensure the quality of various products and projects is an important goal in the production and operation of various enterprises, which has an important impact on people’s daily life, as well as the construction of water conservancy projects. The comprehensive control of water quality inspection in the construction site can greatly improve the construction quality of water conservancy project construction, make it play an effective role and value, and make contributions to promote social and economic development.
前 言
科学技术水平在不断提升，水利工程的质量也在不断提升，促进水利工程质量提升的关键就是工程检测，通过工程检测判断水利工程的各项施工是否达标。工程检测不但能够促进水利工程的质量提升，对相关工作人员工作积极性的提升也具有很大的帮助。
质量检测是水利工程施工建设的关键环节，通过客观准确的质量检测可以发现水利工程施工存在的问题，为后期的维护检修提供重要参考。然而水利工程质量检测容易受到多种因素的影响，使得水利工程质量检测质量和水平较低，无法充分发挥出质量检测的重要作用，因此必须采取有效的控制措施，确保水利工程质量检测的顺利进行。保证各项产品和工程的质量，是各个企业在进行生产经营中的重要目标，对于人们的日常生活具有重要影响，同时水利工程的建设施工也是如此。水利质量检测在施工现场的全面控制， 能够在很大程度上提高水利工程建设的施工质量，使其能够有效发挥作用和价值，同时为促进社会经济发展做出贡献。
Hong-Xun Liu, female, the Han nationality, bachelor’s degree, born in Dezhou City, Shandong Province in October 1970. She graduated from China Agricultural University majoring in farmland water conservancy project in 2007. She is now a deputy senior engineer. She presided over the project “Research on the development and utilization of groundwater in Linyi County” and won the third prize of Shandong water conservancy science and technology progress award.
刘洪汛，女，汉族， 1970 年 10 月生，山东德州人。 2007 年毕业于中国农业大学的农田水利工程专业，本科学历。现任副高级工程师。主持《临邑县地下水开发利用研究》项目，获山东省水利科技进步奖三等奖。
Ming Ma, male, the Han nationality, bachelor’s degree, born in Yangzhou City, Jiangsu Province in December 1987. He graduated from Nanjing Artillery Academy majoring in surveying and mapping engineering. He is now working as an engineer in Jiangsu Province Engineering Investigation and Research Institute Co., Ltd. He is mainly engaged in water conservancy and hydropower engineering quality inspection, surveying and mapping engineering, construction management and engineering safety appraisal. He has presided over or participated in the third-party inspection and deformation monitoring of many large and medium-sized water conservancy projects, as well as the safety appraisal of reservoir dam, water conservancy construction, waterway and other projects.
马明，男，汉族， 1987 年 12 月生，江苏扬州人，毕业于南京炮兵学院测绘工程专业，本科学历，现于江苏省工程勘测研究院有限责任公司工作，工程师，主要从事水利水电工程质量检测、测绘工程、施工管理及工程安全鉴定工作。曾主持或参与了多项大、中型水利项目工程第三方检测、变形监测及水库大坝、水利建筑、航道等项目安全鉴定工作。
Bin Lu, male, the Han nationality, bachelor’s degree, engineer, born in Lianyungang City, Jiangsu Province in September 1984. He has been engaged in the construction of water conservancy projects for many years, and now works in Donghai Water Affairs Bureau. He has participated in the construction and management of many sewage treatment plant upgrading and reconstruction projects.
鲁彬，男，汉族， 1984 年 9 月生，江苏连云港人，本科学历，工程师。多年从事水利工程施工建设，现就职于东海县水务局，曾参与多项污水处理厂提标改造工程建设管理工作。
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