1.Introduction to disciplines and majors

This subject is a newly approved master's degree awarded by the Academic Degrees Committee of the State Council in 2000. The subjects studied in this discipline are the basic theories, design methods, and related engineering and technical issues of architectural structural engineering, underground structural engineering, hydraulic engineering, and special structures.

The recipient of a master's degree in engineering in this discipline should master the basic theory and systematic in-depth expertise of the structural engineering discipline, have a basic understanding of the status quo and development trends of this discipline, and master the structural mechanics and architecture necessary for structural engineering research and engineering applications Basic theories, basic methods and technical means in materials, concrete structures, steel structures, building construction and management, structural inspection technology and analysis, and computer applications, have a rigorous and realistic scientific attitude and work style, and are proficient in one Foreign language, and good listening, speaking, reading and writing skills. Has the ability to engage in teaching, scientific research, design and technical management of structural engineering.

2. Research direction of structural engineering

(1) Non-linear theoretical study of concrete structure and steel structure

Mainly study the constitutive relationship of concrete materials, the destruction mechanism of concrete structures, the design calculation theory of basic components of reinforced concrete structures, the connection of steel structures and the stability analysis of steel structures, etc. in accordance with.

(2) Structural design and optimization

Structural design and optimization research is an active and regular search process for structural design schemes, and it is a discipline that satisfies the conditions by reaching a predetermined "optimal" goal. It is more than twenty New technology developed in the year. Structural design and optimization research can provide a more reasonable scientific basis for structural engineering design, and this subject has done a lot of pioneering research work on multi-objective fuzzy optimization and decision-making in structural engineering.

(3) Reliability analysis of structural engineering

Structural engineering reliability analysis is of great significance to structural engineering design, and structural engineering reliability analysis and information system management are cross-disciplinary disciplines that combine reliability theory, fuzzy mathematics, system analysis methods, and computer application technologies. It is a cutting-edge subject in structural engineering research.

(4) Numerical calculation method of structural engineering

With the rapid development of computer technology, the numerical calculation methods for static analysis and dynamic analysis of structural engineering have been greatly developed, and have become an important means of structural engineering design and research. In structural analysis, the use of various finite elements and boundary conditions provides a scientific basis for the design and construction of mega structures and super high-rise structures.

(5) Structural test technology

Including static test, dynamic test, non-destructive testing, special test technology and structural reliability evaluation of the structure.