Recently, the review results of the 2022 National Natural Science Foundation of China's major scientific research instrument development project were announced. , School of Metallurgical Engineering, Xi'an University of Architecture and Science and Technology , the "Friction Stir Stir Solid-Phase Deposition Additive Manufacturing and Its Intelligent Monitoring Device Development" project hosted by Professor Wang Kuaishe was approved and approved, with a funding of 8.75 million yuan. This is the first time that our school has been approved as a major national scientific research instrument development project, achieving a historic breakthrough.
National major scientific research instrument development project is a major landmark project established by the National Natural Science Foundation of China. It is aimed at the forefront of science and national needs and is guided by scientific goals. It sponsors the development of original scientific research instruments and core components that play an important role in promoting scientific development, exploring natural laws and exploring research fields, so as to enhance my country's original innovation capabilities.
solid-phase additive manufacturing technology is one of the key technologies to meet major national needs in the future and support the economic development of the national . The project is aimed at the forefront of advanced manufacturing disciplines and major national needs. It plans to break through the principle of solid-phase additive manufacturing, innovate core control technology and intelligent monitoring technology of key physical parameters, and develop scientific research instruments specially used in the research of additive manufacturing mechanisms of friction stir solid-phase deposition. The successful development of this instrument will help promote original innovation in the science and technology of solid-phase additive manufacturing, and forward-looking layout of the development and engineering application of new high-performance metals and metal-based composite materials additive manufacturing technology.
The high-performance non-ferrous metal preparation and processing team under the responsibility of Professor Wang Kuaishe focuses on the major demand for advanced manufacturing technology in the fields of aerospace, rail transit, nuclear power, etc. Relying on the functional material processing National and local joint engineering research center , it has developed a series of key technologies and equipment in the mixing friction welding , additive manufacturing, powder metallurgy and material processing and lubrication, which has strongly supported the innovation of technical equipment in my country's high-end field of national defense and military industry and civilians.
In recent years, the team has been selected as the innovation team of Shaanxi Province's "Sanqin Scholars" and the "Innovation and Fighting for the First" team of China's Nonferrous Metals, and the Shaanxi Province Youth Science and Technology Innovation Team. One person has won the honorary title of Special Government Allowance of the State Council Expert, one person has been approved as National Natural Science Foundation of China Excellent Youth Science Foundation Project, two people have been approved as Shaanxi Province Outstanding Youth Fund Project, one person has been approved as Shaanxi Province's "Special Branch Program" Youth Outstanding Talent Project, and five people have won the title of "Youth Science and Technology Rising Star" in Shaanxi Province. The team presided over more than 20 national scientific research projects, including 2 key projects of the National Natural Science Foundation and 1 key projects of the Military Commission Science and Technology Commission Basic Strengthening Plan Technical Field Fund Key projects; more than 2,130 national invention patents were authorized, more than 350 academic papers were published, and 2 academic monographs were published; our school was the first unit to win 7 first prizes for scientific and technological progress at the provincial and ministerial level.
As of now, Xi'an University of Architecture and Science and Technology has been approved for a total of 90 National Fund projects in 2022, including 83 National Natural Science Foundation and 27 National Social Science Foundation.
Wang Kuaishe's team of teachers and students took a photo with
