Refractory knowledge
- Introduction to the production process of
- Lightweight fire brick performance
- The production process of Refractory Bric
- The origin and development of refractory
- How to Bake High Alumina Bricks
- Improve the service life of chrome corund
- Application of Lightweight Clay Brick in
- Physical properties of refractory materia
Hot Products
Refractory professional introduction
Training objectives
The professional training of refractory materials science and engineering knowledge, research and analysis of refractory structure, material preparation, material molding, processing and engineering construction and other fields engaged in scientific research, technology development, process and equipment design, production and management Management and other aspects of senior engineering and technical personnel.
Training requirements
The major students learn the refractory production process, process and equipment, the basic theory, composition, structure, performance and production conditions of the relationship between materials testing, production process design, material modification and research and development of new products, new technologies and Equipment and technology management capabilities.
Have the skills
Graduates should have the following knowledge and abilities: 1. Master refractory industrial production processes and equipment, production technology, professional basic knowledge; 2. Grasp the principle of refractory preparation and process basis, material structure and performance; 3. Master the necessary mechanical, electronic, engineering, computer application of basic knowledge and skills; 4. With the product of industrial production, quality control and technical management of the initial capacity; 5. With the correct choice of materials, equipment and process design capabilities 6. With research to improve material properties, the development of new materials, products, processes the initial ability.
Open a course
Main Courses: Materials Science and Engineering, Fundamentals of Thermodynamics, Solution Thermodynamics, Electrochemistry Thermodynamics, Surface and Interface Phenomena Thermodynamics, Refractory Oxide Thermodynamics, Thermodynamics of Carbonaceous Refractory Materials, Refractory Non-Oxide and Thermodynamics of Composites Refractory Materials.
Main Courses: Physical Chemistry, Performance of Inorganic Materials, Testing and Research Methods, Powder Engineering, Material Preparation Theory, Thermal Process and Equipment, Inorganic Material Technology.
The main practice teaching: including professional experiments, engineering practice, production practice, curriculum design, computer applications and computer practice, graduation design.