Scientific research achievements of Shihezi University School of Water Conservancy and Civil Engineering

The College of Water Conservancy and Civil Engineering has made great achievements in scientific research. In recent five years, the Institute has published 2 10 papers, 78 academic journal papers, 32 academic conference papers, and 10 papers included by SCI, EI and ISTP. Senior professional and technical personnel publish 2 papers every year on average. Published 5 teaching materials and 9 academic monographs, won the second prize of National Science and Technology Progress Award 1 item, provincial and ministerial awards1item, 2 invention patents, and adopted 6 scientific research achievements, resulting in direct economic income of 413.7 million yuan, and the total scientific research expenditure in recent three years was 4.79 million yuan, with an average annual15. The technical services and consulting projects that can be carried out include: hydraulic model test, agricultural water-saving irrigation engineering design and technology popularization, performance research and technical inspection of building materials, mechanical performance research of materials, urban planning and farmland planning, and geotechnical engineering basic survey and design. More than 40 scientific research and technology promotion projects have been completed successively, and remarkable research results have been achieved in water-saving irrigation technology, river sediment and channel sediment treatment, optimal allocation of water resources, anti-frost heave technology of hydraulic structures, industrial and civil buildings, and good economic and social benefits have been produced. Undertake scientific research projects 18. Among them, the main scientific research projects are: 1. "Study on the Mode of Water Resources Security and Sustainable Utilization in Manas River Basin" (Tenth Five-Year Scientific and Technological Key Project) 2. Study on the design method of drip irrigation emitter flow. (Key Scientific and Technological Project of Ministry of Education) 3. Study on hydraulic performance of self-pressure hose micro-irrigation system (national natural science foundation project) 4. "Integration and demonstration of comprehensive technical system of water-saving agriculture in arid inland river irrigation area of North China" (National 863 Project) is a sub-topic.

After more than 40 years of construction and development, the School of Water Conservancy and Civil Engineering of Shihezi University has formed its own characteristics and advantages in terms of school-running conditions and discipline construction, and all its work has continuously reached a new level. Agricultural soil and water engineering is one of the disciplines with a long history in Shihezi University. 199 1 awarded master's degree, 1998 was selected as "key discipline of bingtuan", and obtained the first-class master's degree in agricultural engineering in 2005.

The College makes full use of the support policies of Xinjiang Production and Construction Corps and Shihezi University, based on serving local economic construction, firmly grasps the opportunity of great social demand for agricultural engineering talents and technical development, strives to improve the teaching and scientific research infrastructure, pays attention to cultivating and introducing high-level talents, and strengthens the construction of academic teams, which has obviously improved the conditions for talent cultivation and scientific research in this discipline.

This discipline grasps the academic frontier trends at home and abroad, devotes itself to scientific research with distinctive regional characteristics, solves engineering and technical problems, completes a number of key scientific and technological projects of the state, corps and enterprises, and obtains a number of scientific research achievements with regional characteristics and advantages that have certain influence at home and abroad. For example, the National Ninth Five-Year Plan major scientific and technological industrial engineering project "Agricultural high-efficiency water use mode and industrialization demonstration in irrigated agricultural areas in arid areas", the Corps Ninth Five-Year Plan major scientific and technological key project "Research and demonstration of comprehensive supporting technology for drip irrigation under plastic film for cotton" and the Xinjiang Tianye Group scientific and technological key project "Study on spray drip irrigation mode for cotton beet", some of the achievements have reached the domestic leading level. It has made positive contributions to promoting the technological progress and economic construction of water-saving agriculture in Xinjiang and XPCC, and achieved great economic and social benefits, further enhancing the academic competitiveness of the characteristic research direction formed over the years. This discipline has formed a stable research direction with distinct regional characteristics, such as new technologies for efficient agricultural water use, agricultural soil and water environment, engineering hydraulics and optimal allocation of water resources, and formed an academic echelon with young and middle-aged academic leaders and backbones as the main body, which has laid a foundation for sustainable development in discipline direction, academic team, personnel training, scientific research, basic conditions, academic exchange and management level, and developed into a discipline with obvious regional advantages in the same industry in China and certain influence in the northwest region.