I. Introduction to the theme
At present, there are 3 professors (including 3 doctoral supervisors) and 7 associate professors in the two disciplines of marine traffic engineering materials and protection. The team consists of high-level talents such as Changjiang Scholars distinguished professor, distinguished professor, Shanghai Shuguang Scholars and Shanghai Chen Guang Scholars. It is a high-quality teaching and research team with reasonable knowledge and age structure and active thinking. The discipline relies on the "Advanced Materials Research, Analysis and Testing Experimental Center" of our school to carry out postgraduate training. The existing laboratory covers an area of more than 2,000 square meters and has more than 40 sets of internationally advanced equipment for material preparation, processing, analysis and testing, with a value of more than 30 million yuan. At present, the discipline has undertaken dozens of scientific research projects such as National Natural Science Foundation, Ministry of Science and Technology, Shanghai Municipality and Ministry of Communications, and has carried out scientific and technological cooperation and academic exchanges with more than ten scientific research institutes and enterprises at home and abroad, and established a number of Industry-University-Research bases. On the basis of cross-infiltration with marine related disciplines, this discipline studies the preparation science, technology and failure mechanism of marine materials, explores the relationship between the structure and performance of marine materials, carries out basic research on the application of materials and the transformation of achievements, and cultivates advanced talents of marine materials.
Second, the training objectives
The goal of this major is to cultivate high-level, high-quality and comprehensive marine materials engineering talents. The specific requirements are: having a solid theoretical foundation of materials engineering and systematic professional knowledge, understanding the development trend in the field of ships and shipping, mastering the necessary experimental and calculation methods and technologies, mastering a foreign language skillfully, and having the ability to solve engineering problems or engage in the development of new materials, new products and new processes. Master the analysis methods of chemical composition and organizational structure of marine materials, the manufacturing technology and quality control methods of materials, the detection and analysis methods of material properties, the modification technology of materials, the processing technology and technology of material products, etc. , and has independent technical work and strong organizational ability and cooperation spirit.
Third, the main research direction
Energy-saving and emission-reducing equipment and environmental protection materials for ocean transportation;
1. Treatment of harmful gas in engine room
2. Corrosion and adhesion protection of ballast water tank body
3. Fire prevention of inner wall cabin
4. Advanced materials for marine equipment, ambient air and water purification.
Corrosion mechanism of ships and marine engineering materials;
1. Microbial adhesion corrosion of ship hull, including the structure and dynamic process of microbial adhesion interface on material surface.
2. Corrosion law and protection technology of materials in different regional environments such as marine atmospheric zone, seawater splash zone, tidal range zone and total immersion zone.
3. Research and development of new marine materials under extreme environmental conditions, such as deep sea and far sea, and navigation and transportation in the north and south poles.
4. Safe operation monitoring of transportation equipment in extreme marine environment.
Materials for ship and ocean engineering:
1. The surface of the material is modified by thermal spraying technology, laser surface engineering technology and in-situ synthesis technology, so that it has excellent comprehensive properties and meets the requirements of marine equipment.
2. Surface strengthening and repair of key parts of marine machinery.
3. Scientific and technological research on the structure, design and preparation of new hull materials.
Four, the cultivation of practical ability of graduate students in this discipline
This subject pays special attention to cultivating students' ability to combine theoretical knowledge with practical engineering problems. Subjects include "Deep-sea Equipment Materials and Protection Engineering Technology Research Center of Shanghai Oceanic Administration", which can provide students with training and practical conditions for scientific research and professional operation technology. The scientific research projects undertaken by tutors have a fairly advanced social application foundation, and graduate students should actively participate in them to exercise their scientific research ability and improve their ability to find, analyze and solve problems. The discipline can also provide more than ten joint practice bases in Industry-University-Research, including Shanghai Hudong Shipyard, Shanghai Zhenhua Port Machinery and other large enterprises, to further allow students to participate in the practice process, and also require students to submit dissertations that reflect the problems solved in practical projects and have scientific research innovation and practical application value.
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