080500 Materials Science and Engineering
Research Direction：
01 Alloying and alloying phases
02 Thermodynamics and kinetics of phase transformation
03 Mechanical properties and size effects of metals
04 Physical Chemistry of Cement and Concrete
05 Plastic deformation, recrystallization and texture control of metals 06 Electron Microscopy for Materials
07 Magnesium Alloys
08 Nanomaterials
09 New Aluminum Alloys and Processes
10 Biomaterials
11 Powder Metallurgy Materials
12 New High Performance Steel Materials
13 Advanced Forming Technology for Light Alloys
14 Advanced Ceramic Materials
15 High Performance Composites and Preparation Technology
16 Deformation and Microstructure of Refractory Metals
17 Functional Materials
18 Melting and Casting Technology and Equipment for Light Alloys
19 High Performance Concrete
20 New Cementitious Materials
21 Resourceization of Solid Waste Building Materials
22 Durability Analysis and Evaluation of Building Materials
23 Composite Materials and Processing
24 Forming Process Optimization and Mold Design for Auto Covering Parts
25 Energy Materials
26 Functional Materials for Construction
27 Surface Technology and Engineering for Mold Materials
28 Surface Engineering and Joining for Metals
29 Mold CAD/CAE/CAM
30 Numerical Simulation of Welding Process
31 Welding of Light Alloys 32 Welding Structural Integrity and Safety Evaluation 33 Superconducting Materials 37 Advanced Structural Nuclear Materials 38 Alloy Design and Computational Materials Science 39 Materials Computational Simulation and Data Mining 40 Titanium Alloy Materials 41 Forming Technology for Polymer Materials 42 In-situ Study of Phase Transformation and Deformation of Metals 43 High Performance Non-Homogeneous Structural Materials and Preparation Techniques 44 Metal Corrosion and Protection 45 Additive Manufacturing Process and Equipment 46 Lightweight and High Entropy Alloys 47 High-throughput Integrated Calculation of Magnesium Alloys 48 Flame Retardant Polymer 49 Building Safety and Protection Materials |
