学术培养方案.doc

动力工程及工程热物理一级学科硕士研究生培养方案Training Scheme for Master Degree of Power Engineering and Engineering Thermophysics First-grade专业代码：0807 学科门类：工学Code of Specialty: 0807 Discipline Category: Engineering 一级学科：动力工程及工程热物理 学分要求：4042First-level Discipline: Power Engineering and Engineering Thermophysics Credit Setting: 4042一、学科、专业简介 (Disciplines Instruction)动力工程及工程热物理为一级学科授权博士点，下设工程热物理、热能工程、化工过程机械、动力机械及工程、流体机械及工程、制冷及低温工程、高聚物加工工程等7个二级学科。动力工程及工程热物理一级学科中的化工过程机械二级学科是我校较早获得硕士学位授予权的专业之一，2005年获得博士学位授予权，现拥有一级学科博士和硕士学位授予权。现拥有国家级“聚合物加工技术及其相关热物理科学国际科技合作基地”1个，山东省“十一五”、“十二五”化工过程机械强化建设重点学科，化工过程机械泰山学者岗位。拥有山东省高分子材料先进制造技术重点实验室，山东省“十一五”、“十二五”高分子材料加工机械强化建设重点实验室，山东省“十二五”热能工程重点实验室，山东省机械基础实验教学示范中心1个。本学科获国家科技进步二等奖3项、三等奖1项，获国家技术发明三、四等奖各1项，获国家教学成果二等奖2项。拥有国家级教学团队1个，国家级人才培养模式创新实验区1个，国家特色专业2个，国家精品课程1门。本学科有1人荣获“国家教学名师”称号，4人享受国务院特殊津贴，2人分别荣获“化工部山东省劳动模范”称号，1人荣获“全国化工行业优秀科技工作者”。Power Engineering and Engineering Thermophysics (first-grade discipline) enjoys a first-grade doctoral program, including 7 second-grade disciplines: Engineering Thermophysics, thermal power engineering, chemical process equipment, power machinery and engineering, fluid machinery and engineering, refrigeration and cryogenic engineering, polymer processing engineering. Among these 7 disciplines, Chemical Process Equipment is one of the prior master degree disciplines of our university, and it was authorized to award the doctoral degree since 2005; we have a right to grant the doctoral degree for Power Engineering and Engineering Thermophysics (first-grade discipline) since 2011. Now we have 1 state-level base for international S&T cooperation in polymer processing technology and relevant thermo-physics. We have Taishan Scholar positions for engineering thermal physics chemical process machinery. Chemical process equipment is the key discipline strengthened in “11th Five-Year plan” and “12th Five-Year plan” of Shandong Province. We have 1 Key Laboratory of Polymer Materials Processing Machinery which is under the 11th and 12th Five-Year Plans Shandong government, and 1 Key Laboratory of Thermal Power Engineering under “12th Five-Year plan of Shandong government, and 1 one provincial Model Center for Mechanical Experiment Education. Besides, we have a National Teaching Team, a National Experimental Zone for Innovation for Talent Training Modes, one State-level Specialty, one State-level Quality Course. In addition, one teacher in this disciplined was honored with the title of “National Master Teacher”, 4 teachers enjoyed special allowance from the Chinese State Council, 2 teachers won the honor of “Model worker of ministry of Chemical Industry”, and one won the “outstanding scientific and technological workers in the chemical industry”.二、培养目标 (Objectives of Training)1、热爱祖国，遵纪守法，树立正确的世界观、人生观和价值观，具有良好的道德品质和学术修养，有从事科学研究的献身精神、合作精神和创新精神。Students enrolled in this program should be patriotic, moral and law-abiding. They should have correct outlook on life and value system, the spirits of cooperation and innovation and be dedicated to the research. 2. 掌握坚实宽广的基础理论和系统的专业知识，能灵活应用所学专业知识独立从事科学研究、教学工作和工程技术工作。Through the study, the students are able to master fundamental theory, professional knowledge and develop skills in the independent scientific research, teaching work and the work of engineering techniques.3. 熟练使用一门外语进行交流和写作，熟练使用计算机。Students have an ability of writing and communication with a foreign language and operate computers skillfully. 三、学制及学习年限 (Educational System and Length of Schooling)全日制硕士生的学制为23年，其中课程学习一般为学期，论文工作不少于1年；可根据实际情况允许研究生提前或延期毕业；非全日制攻读硕士学位的学习年限一般不超过4年。硕士生学习实行学分制，在学期间应修4042学分，修课学分24，其中学位课程18学分，研究环节13学分。The normative time of the full-time program for master degree is 23 years, in which two terms are for the curricular study and no less than one year for the work of thesis. Early or delayed graduation will be allowed according to the students actual conditions. Length for Part time postgraduates should be within 4 years. The program is carried out with the credit system. The total credits required are 40-42. The course credits are not less than 24, including no less than 18 credits for degree courses. The credits for research work are 13.四、研究方向 (Research Orientation)序号Num二级学科Second-degree discipline研究方向Research Orientations1工程热物理Engineering Thermophysics（1）强化传热新技术及其设备的研究Technology and equipment Heat transfer strengthening（2）材料热物性研究Material thermal property research（3）传热过程数值模拟及应用 Numerical simulation of heat transfer and engineering application（4）现代热工测试技术Modern thermal test technology（5）两相流与多相流Two-phase and multiphase flow（6）能源高效利用与新能源开发利用技术Efficient technologies of using energy and development technology of new energy（7）过程装备故障诊断与安全评定Process equipment fault diagnosis and safety evaluation（8）化工设备流体诱发振动Fluid induced vibration of chemical equipment（9）高分子材料在加工过程中的传热机理研究Heat transfer mechanism of polymer processing （10）高分子材料加工技术及装备研究Polymer processing technology and research of equipment（11）高分子材料循环利用技术与装备Polymer recycling technology and equipment（12）超高压设备及超高压技术研究The research of ultrahigh pressure technology and equipment（13）高分子材料的e制造E-manufacturing of polymer materials （14）相分离技术与设备Technology and equipment of separation（15）工程材料力学行为研究与应用Behavioring research and application of engineering materials（16）材料固流转化理论及材料力学行为研究Theory of solid material flow and materials behavior（17）新型动力机械New power machinery（18）低温制冷及气体液化Low temperature refrigeration and gas liquefaction2热能工程Thermal Power Engineering3化工过程机械Chemical Process Equipment4动力机械及工程Power Machinery and Engineering5流体机械及工程Fluid Machinery and Engineering6制冷及低温工程Refrigeration and Cryogenic Engineering7高聚物加工工程Polymer Processing Engineering五、课程设置 (Course Setting)动力工程及工程热物理一级学科硕士研究生课程设置（Course Setting of Master Degree for Power Engineering and Engineering Thermophysics First-grade）课程 类别Course Type课程编号Course NO课程名称Course Name课堂学时ClassHour学分Credit开课学期Semester Classes教学方式Teaching Method考核方式Assessing Method开课单位School delievering the course备 注Remarks学位课 Degree Courses公共课Common CoursesG000042中国特色社会主义理论与实践研究 Socialist Theory with Chinese Characteristics and Practical Research362IAB马克思主义学院必修ObligatoryCourseG000039科学人文讲座Scientific and Humanistic Lectures161IIAC马克思主义学院必修ObligatoryCourseG000037基础英语（I，含16学时视听）Basic English ( I，Contains 16 classes of audio-visual)642IAA外语学院必修ObligatoryCourseG000038基础英语（II）Basic English（II）322IIAA外语学院必修ObligatoryCourseG000046英语高级（硕）（限免修生）Advanced English Course (only the students who are exempted from this course allowed)642IAA外语学院必修ObligatoryCourseG000029俄语（I） Russian（I）642IAA外语学院必修ObligatoryCourseG000030俄语（II） Russian（II） 322IIAA外语学院必修ObligatoryCourseG000031德语（I） German（I）642IAA外语学院必修ObligatoryCourseG000032德语（II）German（II）322IIAA外语学院必修ObligatoryCourseG000033法语（I）French（I）642IAA外语学院必修ObligatoryCourseG000034法语（II）French（II）322IIAA外语学院必修ObligatoryCourseG000035日语（I） Japanese（I）642IAA外语学院必修ObligatoryCourseG000036日语（II） Japanese（II）322IIAA外语学院必修ObligatoryCourseG000019数值分析Numerical Analysis322IAA数理学院必修ObligatoryCourseG000021矩阵理论Matrix Theory322IAA数理学院必修ObligatoryCourseG000026数理方程 Mathematical Equations322IAA数理学院必修ObligatoryCourseG000020应用统计 Application of Statistics322IAA数理学院必修ObligatoryCourse专业基础课 Specialized Course工程热物理Engineering ThermophysicsM030035高等工程热力学Advanced Engineering Thermodynamics322IAB机电学院必修ObligatoryCourseM030034高等传热学Advanced Heat Transfer322IAB机电学院必修ObligatoryCourseM030039高等流体力学Advanced Fluid Mechanics322IAB机电学院必修ObligatoryCourse热能工程Thermal Power EngineeringM030035高等工程热力学Advanced Engineering Thermodynamics322IAB机电学院必修ObligatoryCourseM030034高等传热学Advanced Heat Transfer322IAB机电学院必修ObligatoryCourseM030039高等流体力学Advanced Fluid Mechanics322IAB机电学院必修ObligatoryCourse化工过程机械Chemical Process EquipmentM030027弹塑性力学Elastic-plastic Mechanics322IAB机电学院必修ObligatoryCourseM030039高等流体力学Advanced Fluid Mechanics322IAB机电学院必修ObligatoryCourseM030072聚合物加工原理Principles of Polymer Processing322IAA机电学院必修ObligatoryCourseM030034高等传热学Advanced Heat Transfer322IAB机电学院必修ObligatoryCourseM030109现代控制理论Modern control theory322IAA机电学院必修ObligatoryCourseM030051过程装备理论与应用Theory and Application of Process Equipment322IAB机电学院必修ObligatoryCourse选修课Optional CoursesG000040自然辩证法概论Introduction to Dialectics of Nature181IAA马克思主义学院必选Obligatory CourseG000017科技论文撰写Writing of Technological Thesis161II必选Obligatory CourseM080008第二外语Second Foreign Language322IIAB机电学院选修SelectiveCourseM030084强化传热技术Enhanced heat transfer technology322IAB机电学院选修SelectiveCourseM030095数值传热学Numerical Heat Transfer322IIAB机电学院选修SelectiveCourseM030085清洁燃烧技术Clean Combustion Technology322IIAB机电学院选修SelectiveCourseM030023传热学进展Heat Transfer Progress322IAC机电学院选修SelectiveCourseM030192无 新概念热学New Concept Heat322IIAC机电学院选修SelectiveCourseM030088热物理测试技术Modern Test Technology of Thermal Properties322IAB机电学院选修SelectiveCourseM030029多相流理论Multiphase Flow Theory322IIAC机电学院选修SelectiveCourseM030122有限元（II）Finite Element Method ( II )322IIAC机电学院选修SelectiveCourseM030008Ansys及其应用Ansys and Application322IIAB机电学院选修SelectiveCourseM030169 无计算流体力学Calculative Fluid Mechanics322IAB机电学院选修SelectiveCourseM0300191无 Fluent及其应用Fluent and Application322IIAB机电学院选修SelectiveCourseM030058机械测试技术Mechanic Measurement Technology322IIAC机电学院选修SelectiveCourseM030157无 计算机接口与控制技术Computer Interface and Control Technology322IIAB机电学院选修SelectiveCourseM030042高聚物加工传热学Heat Transfer in Polymer Processing322IIAB机电学院选修SelectiveCourseM030148高聚物结构与性能Structure and Properties of Polymers483IAA机电学院选修SelectiveCourseM030064计算机图形学Computer Graphics322IAA机电学院选修SelectiveCourseM030114压力容器断裂理论与缺陷评定Pressure Vessel Fracture Mechanics and Defect Asessment322IIAB机电学院选修SelectiveCourseM030129最优化原理Optimization Theory322IAA机电学院选修SelectiveCourseM030193无 化工设备流体诱发振动Fluid induced Vibration of Chemical equipment322IIAC机电学院选修SelectiveCourseM030071聚合物加工过程数值分析及计算机模拟Numerical Analysis and Computer Simulation of Polymer Processing322IIA0.6B+0.4C机电学院选修SelectiveCourseM030067近代材料分析方法Modern Material Analysis322IIAB机电学院选修SelectiveCourseM030141高聚物材料流变学Rheology of Polymer Materials322IIAB机电学院选修SelectiveCourseM030053混炼技术与设备Compounding Technology and Equipment322IIA0.6B+0.4C机电学院选修SelectiveCourseM030041高分子材料成型加工技术进展Polymer Material Processing Technology Progress322IA0.6B+0.4C机电学院选修SelectiveCourseM030194无 化工过程机械学科前沿Academic Foreland on Chemical Process Equipment322IIAC机电学院选修SelectiveCourseM030115压力容器设备与技术Pressure Vessel Equipment and Technology322IIAB机电学院选修SelectiveCourseM030077硫化技术与设备Vulcanization Technology and Equipment322IIA0.6B+0.4C机电学院选修SelectiveCourseG000005无 知识产权Intellectual Property Law322IAA经管选修SelectiveCourse研究环节Researches Links M030001文献阅读（去掉）Document Reading1机电学院必修Obligatory CoursesM030002开题报告Thesis Proposal1机电学院必修Obligatory CoursesM030003学术讲座Academic Lectures1机电学院必修Obligatory CoursesM030004实践活动Practice Activity1机电学院必修Obligatory Courses CoursesM030005中期考核Medium-term Assessment 1机电学院必修Obligatory CoursesM030006发表论文Published Thesis1机电学院必修Obligatory CoursesM030007学位论文Degree Thesis10机电学院必修Obligatory Courses注 1.教学方式代码：A课堂讲授，B自学指导，C学术研讨，D专题报告，E实践，F其他；例：0.7A+0.3ENotes1. Teaching method codes: Alecturing in class BSelf-study guidance ,CAcademic discussion, Dsubjective report, Epractice, Fothers; e.g.: 0.7A+0.3E注2考核方式代码：A闭卷笔试，B开卷笔试，C课程论文，D平时作业，E口试，F其他；例：0.8A+0.2DNotes2 Examining method codes: Awritten exam with closed paper, Bwritten exam with opened paper, CClass paper, Dordinarily assignment, Eoral test ,Fothers；e.g.: 0.8A+0.2D六、课程教学 (Course Teaching)研究生课程实行学分制，分为学位课和非学位课两部分，每位研究生在学期间应修完个人培养计划中所要求的学分，方能进入中期考核。The courses of this program will be implemented with credit system. Those courses consists of degree courses and non-degree courses. Postgraduates are qualified to have their medium-assessment only after they have got the minimum credits required by the university.研究生课程的教学方法应建立以研究生为主体的教学方式，充分发挥研究生的主动性和自觉性，更多地采用启发式、研讨式及参与式的教学方法。课程考核分考试与考查，除特殊情况外，学位公共课一般采用闭卷考试。学位基础课、学位专业课采取闭、开卷考试与考查相结合的方式。The teaching method is “student-centered” method. In addition, heuristic method, discussion and student-participation is used in order to exert their initiative and innovation. The examination includes paper exams and research. Except for some special cases, the open degree courses will be performed using closed-book method. The fundamental degree courses and professional degree course will be performed with combination of paper exams and research.七、论文的要求 (Dissertation Requirements) 学位论文工作是全面培训硕士生树立严谨的科学作风、掌握科学研究的基本方法和培养独立工作能力的重要环节。 Thesis writing, as an important part of the program, demonstrates students ability to do scientific research and hands-on work. 论文研究工作应注重培养硕士生文献查阅与综合能力、理论分析与计算能力、实验操作能力、归纳总结能力、目标凝练能力等，并应特别注重培养和提高独立工作能力和开拓创新的能力。论文工作由研究生独立完成，并保证数据真实。The research should focus on the cultivation of the postgraduates abilities of documents reading, synthesizing, theoretical analysis and calculating, experiment operation, summarizing and targeting，and the capability of independent work and innovation should be developed especially. Master degree candidate should complete degree thesis independently and ensure that the data is authentic. 学位论文题目应在导师指导下于第二学期末或第三学期初确定，并由硕士生在一级学科范围内作选题。论文选题应着重选择对国民经济和本科学发展具有实用价值或理论意义的课题，应具有先进性。 The title of the dissertation should be determined under the supervisors instruction at the end of the second semester or at the beginning of the third semester, and should be selected from the range of the first-level disciplines. Their research areas should be significant to the economical and social d