（full-time）080500 Materials

Science and Engineering

Research Direction：
01 Advanced light alloy materials（Aluminum、magnesium、titanium）
02 Phase transition and phase diagram of Alloys
03Deformation, recrystallization and texture control of metals
04Mechanical behavior of metals
05Electron Microscopy for Materials
06Preparation and processing technology for advanced materials
07Alloy design and computational materials science
08Material surface processing technology and science
09Biological related material
10New energy (hydrogen storage, batteries, superconductors, etc.) materials
11Metal matrix composite

12Preparation and application of nanomaterials and powder materials
13Physical chemistry of cement concrete
14Environmental materials and engineering
15New Polymer Materials
16High performance concrete materials and engineering
17New cementitious materials
18Building decoration materials and engineering
19Building functional materials
20Building composite
21Chemical building materials
22Resourceization of Solid Waste Building Materials
23Solid film materials science and technology
24Modern magnesium alloys and their microstructure and property control
25Composite materials and their preparation and forming technology
26Computer simulation and optimization of material processing
27Theory and technologyofmaterial modification

28Forming process of advanced material and Automatic control of equipment
29High performance aluminum alloy，magnesium alloy and their forming technology
30Metal solidification theory and quality control
31Mold technology and die CAD/CAM/CAE
32Precision plastic forming process and optimization
33Molding technology of polymer materials
34New material products and their production and application technology
35Welding method and automation
36welding expert system
37Welding and quality controlof metals
38Numerical simulation of welding process
39Die material and die surface treatment technology
40Relationship between material forming and its microstructure and property
41Advanced structural nuclear material
42Structure and function integrated magnesium alloys & aluminum alloys and their preparation technology
43Additive manufacturing process and equipment
44Durability of concrete engineering
45Defects and quality control of magnesium alloys
46Computational simulation of crystal plastic deformation
47Flame retardant and fireproof materials
48Metallic functional materials (conductive expansion, electric heating, etc.)
49Flow battery
50Joint of new materials and dissimilar materials (brazing and diffusion welding)
51High performance heterogeneous structural materials and preparation technology
52Preparation and control of two-dimensional metal films
53Metal corrosion and protection
54In-situ study of metal phase transformation and deformation

Total Enrollment: 125
Including
public recruitment:75
student with exemption of examinations:50

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①101Ideological and political theory
②201English one
③302Math two
④829Fundamentals of materials science and engineering
④833 Civil engineering materials

一、Preliminary examination: Choose the appropriate courses according to different research directions，in which 829 “Fundamentals of Materials Science and Engineering” contains “Metal Science and Heat treatment”, “Fundamentals of Material Science”, etc.

二、Reexamination:

1.English: listening and speaking；2.Written examination：basic courses varied with major direction, including material science, building material science, material forming technology; 3.Additional examinations for the Same Educational Level Applicants: choose two from following courses：Mechanical properties of metals、Material analysis and research methods、Building materials science、Physical chemistry of silicate、Solidification theory and liquid forming technology、Plastic forming technology, Welding engineering。

(full-time)080600 Metallurgical engineering
Research Direction：
01Thermodynamics and kinetics of metallurgical processes
02New process and technology for iron smelting
03New process and technology for steel smelting
04New continuous casting and related technologies
05Metallurgical process system optimization and computational simulation
06New technology of light metal metallurgy
07Metallurgical resources and their comprehensive utilization
08Theory and technology for pollution control
09Metallurgical energy and energy saving
10New vanadium and titanium material
11Ferroalloy
12Metallurgical process detection and control
13New process and technology of coking
14Properties and heat treatment of Solidification microstructure
15Carbon adsorption and efficient energy conversion technology

Total Enrollment: 29
Including
Public recruitment: 17
student with exemption of examinations:12

View

①101 Ideological and political theory
②201 English one
③301 Math one
④836 Metallurgical Engineering

一、Reexamination:

1.English: listening and speaking；2.Frontier technology of metallurgical engineering;

二、Additional examinations for the Same Educational Level Applicants: 1.Iron metallurgy；2.Steel metallurgy.

（Full-time）085600Materials and Chemical Engineering【professional master】
Research Direction：
01Advanced light alloys (aluminum, magnesium and titanium)
02Phase transformation and phase diagram of Alloys
03Deformation, recrystallization and texture control of metals
04Mechanical behavior of metals
05Electron Microscopy for Materials
06Advanced material preparation and processing technology
07Alloy design and computational materials science
08Material surface processing technology and science
09Biological related material
10New energy (hydrogen storage batteries, superconductors, etc.) materials
11Metal matrix composite

12Preparation and application of nanomaterials and powder materials
13Physical chemistry of cement concrete
14Environmental materials and engineering
15New Polymer Materials
16High performance concrete materials and engineering
17New cementitious materials
18Building decoration materials and engineering
19Building functional materials
20Building composite
21Chemical building materials
22Resourceization of Solid Waste Building Materials
23Solid film materials science and technology
24Modern magnesium alloys and their microstructure and property control
25Composite materials and their preparation and forming technology
26Computational simulation and optimization of material processing
27Theory and technology for material modification
28Forming process of advanced material and Automatic control of equipment
29High performance aluminum alloys, magnesium alloys and their forming technology
30Metal solidification theory and quality control
31 CAD/CAM/CAEMold technology and die
32Precision plastic forming process and optimization
33Molding technology of polymer materials
34New material products and their production and application technology
35Welding method and automation
36welding expert system
37Welding and quality control of metal material
38Numerical simulation of welding process
39Die material and die surface treatment technology
40Relationship between material forming andits microstructure and property
41Advanced structural nuclear material
42Structure and function integrated magnesium alloys & aluminum alloys and their preparation technology
43Additive manufacturing process and equipment
44Durability of concrete engineering
45Defects and quality control of magnesium alloys
46Computational simulation of crystal plastic deformation
47Flame retardant and fireproof materials
48Metallic functional materials (conductive expansion, electric heating, etc.)
49Flow battery
50Joint of new materials and dissimilar materials (brazing and diffusion welding)
51High performance heterogeneous structural materials and preparation technology
52Preparation and control of two-dimensional metal films
53Metal corrosion and protection
54In-situ study of metal phase transformation and deformation
55Thermodynamics and kinetics of metallurgical processes
56New process and technology for iron smelting
57New process and technology for steel smelting
58New continuous casting and related technologies
59Metallurgical process system optimization and computational simulation
60New technology for light metal metallurgy
61Metallurgical resources and their comprehensive utilization
62Theory and technology for pollution control
63Metallurgical energy and energy saving
64New vanadium and titanium material
65Ferroalloy
66Metallurgical process detection and control
67New process and technology of coking
68Properties and heat treatment of Solidification microstructure
69Carbon adsorption and efficient energy conversion technology

Total Enrollment: 91
Including
Public recruitment:：55
student with exemption of examinations:36

View

①101 Ideological and political theory
②204 English two
③302 Math two
④829 Fundamentals of Materials Science and Engineering
④833 Civil Engineering Materials
④836 Metallurgical Engineering

一、Preliminary examination: Choose the appropriate courses according to different research directions，in which 829 “Fundamentals of Materials Science and Engineering” contains “Metal Science and Heat treatment”, “Fundamentals of Material Science”, etc.

二、Reexamination:

1.English: listening and speaking；2.Written examination：basic courses varied with major direction, including material science, building material science, material forming technology and Frontier technology of metallurgical engineering ; 3.Additional examinations for the Same Educational Level Applicants: choose two from following courses：

mechanical properties of metals、Material analysis and research methods、Building materials science、Physical chemistry of silicate、Solidification theory and liquid forming technology、Welding engineering, Plastic forming technology, Iorn metallurgy, Steel metallurgy。