The major of material forming and control engineering is a second-level discipline under the first-level discipline of materials science and engineering, which cultivates high-quality interdisciplinary talents who systematically master the basic theory and application knowledge of material forming and control engineering, and can be engaged in scientific research, technology development, design and manufacturing, and enterprise management in material forming and quality control, mold technology and computer application.
The main directions for the postgraduate examination of material forming and control engineering are as follows:
Materials Physics and ChemistryThis direction mainly studies the physical and chemical properties of materials and their relationship with the material forming process, including the composition, structure, properties, phase transformation, and processing of materials. The research results in this direction can be used to develop new materials, improve material properties, and optimize material molding processes.
Material Processing EngineeringThis direction mainly studies the basic problems of rheology, mechanics and heat in the process of material molding, as well as the design, analysis and optimization of material forming process. The research results in this direction can be used to improve the accuracy, efficiency, and quality of material molding.
Mold design and manufacturingThis direction mainly studies the design, manufacturing, analysis and testing of molds. The research results in this direction can be used to improve the performance, reliability, and manufacturing efficiency of molds.
Welding forming and controlThis direction mainly studies welding forming process, welding structure, welding quality control, etc. The research results in this direction can be used to develop new welding processes, improve welding structures, and improve welding quality.
Casting molding and controlThis direction mainly studies casting and molding process, casting structure, casting quality control, etc. The research results in this direction can be used to develop new casting processes, improve casting structures, and improve casting quality.
Pressure processing and controlThis direction mainly studies pressure processing technology, pressure processing structure, pressure processing quality control, etc. The research results in this direction can be used to develop new pressure processing technology, improve pressure processing structure, and improve pressure processing quality.
The selection of the postgraduate examination direction of material forming and control engineering should be based on the candidate's own interests, abilities and future career planning. If candidates are interested in the physical and chemical properties of materials and their relationship to the material forming process, they can choose the Physics and Chemistry of Materials track. If candidates are interested in basic problems such as rheology, mechanics, and heat in the process of material molding, they can choose the direction of material processing engineering. If candidates are interested in mold design, manufacturing, analysis, testing, etc., they can choose the direction of mold design and manufacturing. If candidates are interested in welding forming process, welding structure, welding quality control, etc., they can choose the direction of welding forming and control. If candidates are interested in casting molding process, casting structure, casting quality control, etc., they can choose the direction of casting molding and control. If candidates are interested in pressure processing technology, pressure processing structure, pressure processing quality control, etc., they can choose the direction of pressure processing and control.
When choosing the direction of postgraduate examination, candidates should also pay attention to the following questions:
The choice of postgraduate entrance examination direction should match the candidate's undergraduate major. If the candidate's undergraduate major matches the chosen direction of postgraduate examination, he or she will be more handy in his postgraduate studies.
The choice of postgraduate entrance examination direction should match the candidate's future career plan. Candidates should choose the direction of postgraduate entrance examination according to their own interests, abilities and future career plans.
The choice of postgraduate direction should match the candidate's learning ability and time schedule. Candidates should choose the direction of postgraduate examination according to their own learning ability and time arrangement, so as not to cause excessive pressure on themselves.
In the postgraduate examination review, candidates should formulate a review plan according to the selected postgraduate examination direction and conduct targeted review. Candidates should pay attention to mastering the basic theories and knowledge of the postgraduate entrance examination, and pay attention to cultivating their practical ability.
Material Forming and Control Engineering is an important discipline in the field of materials science and engineering, which has broad development prospects. With the progress of science and technology, material forming and control engineering will play an increasingly important role in aerospace, automobile manufacturing, electronic appliances, construction engineering and other fields.