It is a national characteristic specialty construction, this major is synthesis of polymer materials and mechanical design and manufacturing disciplines, professional four years of schooling. Students learn materials, chemical, machinery, electronics and other basic theoretical knowledge during the period of school, mainly for organic chemistry, physical chemistry, principles of chemical engineering, mechanical design, polymer chemistry, polymer physics, polymer material, polymer molding machinery, forming die and manufacturing etc. Technical personnel will be cultivated in the field of new polymer material research, development, modification and formula design knowledge, molding process, molding, mold design skills, plastic products, development and technology of the design capacity of engineering Graduates can be engaged in polymer materials formula design, molding process development, product quality analysis testing, the technical management of mold design and new products, new technology and so on, can be engaged in teaching and scientific research in colleges and universities, research institutes.
Courses offered in this program are as follows:
Scientific literature retrieval
Courses Unit: School of Material and Chemical Engineering
Department of Materials Science and Engineering
Credit：2
Period：32
Course Number：0604109
By learning this course, students learn the basic theories and principles of the scientific literature retrieval.Studentmaster the common Chinese and foreign language search tools, and can independently retrieve the required documents.1, Understand the basic principles and retrieval language of the scientific literature search. 2, Master the use of Chinese and English retrieval tools.3, Can independently find the professional scientific literature.
The professional experiment of polymer materials and engineering
Courses Unit: School of Material and Chemical Engineering
Credit: 2
Period: 32
Course Number: 0604109
The experiments include the performance test of the rheological properties, plasticizing properties, and flow properties of polymer materials. The experiments also contain the forming operations of the thermosetting plastics molding, the sol plastic configuration and the slush molding, blow molding, the PVC rigid sheet molding, and PE and PU foams, etc. Meanwhile, the experiments also involve the tests of the oxygen index and the Vicat softening points about plastic materials and so on.
English for Polymer Major
Institute:Department of materials science and chemical Engineering-------College of materials science and engineering
Credits:1
Hours:20
Course Code:0604211
This course introduces the relevant professional vocabulary in terms of physical and chemical properties of the polymer, the polymer reaction engineering, and processing, properties and applications of polymer materials. With focusing on the english translation of names and properties of polymer materials, the course enables students toread professionalenglishinformation,translate all kinds of forms documents and acquire the preliminary ability of english writing.
The comprehensive experiment of polymer materials and engineering
Courses Unit: School of Material and Chemical Engineering
Department of Materials Science and Engineering
Credit: 1
Period: 1 week
Course Number: 0604123
The experiments include blending modification of polypropylene and preparation of polyethylene functional membrane. Blending modification of polypropylene includes ratios of the materials, spline preparation by injection, and performances test such as tensile, bending, impact strength, etc.Polyethylene functional membrane includes the preparation of functional masterbatch with anti fog droplets, extrusion blown film, and performances test such as anti fog droplets, light transmittance, tear strength, etc.
Principle of Material Processing
Description:
Principle of material processing is a major course of Materials Engineering. This course aims to make students master the basic concepts and knowledge of material processing, includes: polymer multilayer structure, molecular motion of the polymer,physical and mechanical properties, and theories and research methods etc. This is the fundamental concepts of polymer physics required to coming learning the subsequent polymer molding process, polymer materials, polymer molding machinery and molds.
Teaching content includes: Polymer chain structure, properties and molecular weight determination of polymer solution, polymer multi-component systems, performance, change the amorphous and crystal structure and state of the polymer (mechanical, electric, thermal, optical properties), polymer with high elasticity and viscoelasticity.
Prerequisite: undergraduate courses in physical chemistry, organic chemistry, inorganic chemistry and polymer chemistry.
Polymer Molding Engineering 1
Polymer Molding Engineering 1 is mainly concerning of plastic molding process. It involves the rheology, crystallization, orientation and other basic theory in the process of molding. Polymer Molding Engineering also involves in the molding process method, such as the preparation of used materials, the extrusion molding, injection, calendering, hollow blow molding, mould pressing, thermo-forming, and their principle of molding. In addition, effect of technological parameters of forming process on product properties is also analyzed in this course.
The moldingEngineering of polymer materials 2
Institute:Department of materials science and chemical Engineering-------College of materials science and engineering
Credits:3
Hours:48
Course Code:0604105
Being one of the three majorparts of polymer material moldingengineering, material moldingEngineering 2(mouldpart) is a professional required course ofpolymer materials and engineeringmajor. This course teaches mainlythe basic theories about the types, characteristics of structures and working principle of special equipments in polymer materialsmoldingprocess, and basictechnologies of designing,manufacturing, application,repairingand so on.
The moldingEngineering of polymer materials 3
Institute:Department of materials science and chemical Engineering-------College of materials science and engineering
Credits:2
Hours: 40
Course Code:0604106
This course is a professional backbone lesson whose the main content is the structure of the plastic molding machinery. This course mainly includes the principle of hydromechanics, hydraulic components and hydraulic circuit, theories of extrusive (solid conveying, melting and melt conveying), and main working principle, structure, technologies and developing trend of the main equipments in the plastic molding (extruder, injection machine, calender, hydraulic machine and blow molding machine).
Processing additives for polymer materials
Institute: School of materials and chemical engineering
Credits: 1
Hours: 20
Course Code: 0604216
This course is to broaden and deepen the teaching content of “Polymer Materials. It teaches mainly on the materials types and action mechanism of polymer processing additives, and the characteristics, structures, application and usages of commonly used additives. The aim is to lay the foundation for the students in the study of polymer materials formula design and modification In the future.
Modern testing technology of polymer materials
Courses Unit：School of Material and Chemical Engineering
Department of Materials Science and Engineering
Credit：2
Period：30
Course Number：0604214
This course introduces the principles of modern testing methods of polymer structures and properties. so that students understand and master the common method of testing polymer structure and properties.This course includes the basic principles of various test methods, operating conditions, the preparation of samples and its application in polymer research. The course focuses on the basic principle of the test methods and its application in polymer research.
The Synthesis and Characterization of Polymer (B)
Description:
The synthesis and characterization of Polymer (B) is an important practical teaching. This course aims to make the students master experimental technology required to understand the structural aspects of various types of polymers, and determine the polymer structure, molecular motion of polymer, physical properties and mechanical properties of polymer.
Teaching content includes: (1) properties of polymer solution, measurement of molecular weight and distribution, (2) polymer crystalline properties, (3) determination of polymer mechanical properties and (4) measurement for other properties of polymer.
Polymer Physics
Description:
Polymer physics is an important basic course of polymer science related major. This course aims to make students master the basic concepts and knowledge of polymer physics includes: polymer multilayer structure, molecular motion of the polymer, physical and mechanical properties, and theories and research methods etc. This is the fundamental concepts of polymer physics required to coming learning the subsequent polymer molding process, polymer materials, polymer molding machinery and molds.
Teaching content includes: Polymer chain structure, properties and molecular weight determination of polymer solution, polymer multi-component systems, performance, change the amorphous and crystal structure and state of the polymer (mechanical, electric, thermal, optical properties), polymer with high elasticity and viscoelasticity.
Prerequisite: undergraduate courses in physical chemistry, organic chemistry, inorganic chemistry and polymer chemistry.
Introduction to High-performance Materials
Courses Unit: School of Material and Chemical Engineering
Credit: 1
Period: 20
Course Number: 0604212
The course focuses on the research progress and the development trend of high-performance materials, material compositions and structures, and its impact on performances and so on. Contents: the development, performances and applications of ceramic materials, new building materials, high-performance structural materials, nano-materials, composite materials, high-performance fiber materials.
Functional polymers
Functional polymers have wide applications in the fields such as ecological environment protection, information functionalization, biomedical devices, substance separation, energy transformation and storage. The lesson contains the main contents of functional polymers and requires students to learn and master the relationship between the type, structure and function, as well as the preparation methods. The students’ ability to research and development functional polymers can be improved through this lesson.
Principle of polymer modification
Courses Unit: School of Material and Chemical Engineering
Department of Materials Science and Engineering
Credit: 1
Period: 20
Course Number: 0604215
This course broadens students' knowledge of polymer materials, and lay the foundation for students to engage in product development and applied research. The main content: the principle of polymer blending modification, The design and preparation of modified materials based on product performance requirements, morphology of common fillers, properties, theories and techniques of the surface treatment, and the design of formulation and preparation process.
Controlling Polymerization Technique
Credit: 1
Period: 16
Course Number: 0604231
Controlling polymerization technique is anoptional coursefor the students in polymer materials and engineering. It is the extension ofthe contentsof polymer chemistry.Controlling Polymerization Technique is the study of the controlling polymerization on the monomerscontaining the latest developments in the field of polymer synthetictechniques. It willbe potential to create many new materials and to design the structures of polymersin the future. Briefly, controlling polymerization technique is very useful for students who want to continue learningin the field of polymer sciences.