Department of Road Materials Engineering
The Department of Road Materials Engineering currently has 10 teachers and 4 engineering technicians, including 2 doctoral supervisors, 2 professors, 2 associate professors, and lecturers 5 people, including 3 senior engineers. All 10 full-time teachers have doctoral degrees, and 4 have postdoctoral experience. The department has jointly developed a provincial-level quality course "Road Construction Materials" with the College of Highways. It attaches great importance to discipline construction and has one second-level discipline doctoral degree authorization point and one master's degree authorization point, and has formed a certain discipline system.
The department has strong scientific research strength and obvious research characteristics. The main research directions are pavement materials, road base materials, road material structure and performance, and the development and application of new road materials. It has distinctive characteristics and advantages in the research of road material structure and performance, new road material development and application, and new environmentally friendly pavement materials. In recent years, it has undertaken and completed more than ten major scientific research projects such as national science and technology support projects, national western transportation construction projects, and Ministry of Transportation science and technology research projects. It has won more than 20 national, provincial and ministerial level science and technology awards, and many scientific research results have reached international or domestic leading levels, filling gaps in many fields. Research fields such as pavement structure and materials, development and improvement of new pavement materials have reached the international advanced level or the international leading level. Currently, *** is undertaking more than 30 scientific research projects, including key national, provincial and ministerial projects and extensive horizontal cooperation projects, including 2 national science and technology support plans, 5 western transportation construction science and technology projects, and more than 10 vertical key projects of provincial ministries and commissions. projects and more than 10 horizontal cooperation projects. The major scientific research projects currently undertaken include: environmentally friendly road construction and maintenance technology, mechanical response and life evaluation of road concrete due to fatigue coupling effect of chemical corrosion load, research on pavement structure and materials in arid and cold areas, etc. ***Won more than 20 provincial and ministerial science and technology progress awards; published nearly 200 papers in core domestic and foreign journals in the past three years, including 14 SCI indexed articles and nearly 60 EI indexed articles; published 5 monographs and obtained 8 invention patents , 15 utility model patents.
Department of Materials Processing Engineering
The Department of Materials Processing Engineering currently has 12 teachers and 5 engineering technicians. Among them, 4 are professors, 3 are associate professors, 5 are senior engineers, 6 have doctoral degrees, 5 have master's degrees, and 3 are PhD candidates. It has an undergraduate major in "Material Forming and Control Engineering", which has enrolled 30 classes of students and has more than 800 graduates. It began to recruit master's degree students in 1982, and has been granted the right to award master's degrees in materials science and materials processing engineering. The Department of Materials Engineering undertakes the undergraduate teaching and experimental tasks of the materials forming and control engineering major of the School of Materials. It has established a school-level quality course "Mechanical Engineering Materials", and also undertakes the master's degree in materials science and material processing engineering and the doctorate in tribology materials. Cultivate teaching and scientific research work.
The Department of Materials Processing Engineering has a metallographic laboratory, a thermal spray laboratory, a casting laboratory, a corrosion laboratory, a thermal spray laboratory, a surface treatment laboratory, etc., and has more than 200 sets of first-class fixed assets. , providing relatively complete experimental equipment and means for teaching and scientific research. Through the construction of the "211 Project", we now have the most complete domestic experimental equipment and methods such as "wear experiments", "corrosion experiments", and "surface coating preparation", and have greatly improved our scientific research capabilities and levels, and are in the following It has obvious scientific research advantages in: 1) Research on material surface modification and long-term anti-corrosion; 2) Research and application of wear-resistant materials; 3) Research on functional coatings on material surfaces; 4) Research on erosion and wear mechanisms on material surfaces.
The Department of Materials Processing Engineering is at the domestic advanced level in the research of surface engineering and wear-resistant materials. He has obtained 4 invention patents, 2 utility patents, 5 technical achievement appraisals at the provincial level and above, and one first-class Shaanxi Provincial Science and Technology Award. He has published nearly 200 papers, 5 monographs, and 7 textbooks in domestic and foreign publications.