1．努力学习马列主义、毛泽东思想和邓小平理论，坚持党的基本路线，热爱祖国，遵纪守法，品德良好，学风严谨，具有较强的事业心和献身精神，积极为社会主义现代化建设服务。

2．掌握坚实的基础理论和系统的专门知识，熟练掌握一门外语，具有一定独立从事科学研究工作能力，并在学位论文中做出创造性成果。

3．积极参加体育锻炼，身体健康。

4．本学科以力学研究发展的前沿问题为主要研究方向，培养掌握坚实的数学、力学和物理的基础理论知识和先进的计算机分析手段、具有从事科学研究工作能力、在工程技术应用方面具有解决实际问题能力的科技人才，使本学科得到新的发展，为国家的经济建设和社会发展服务。

1．硕士生的学习年限为2.5～3年。

2．在职硕士生的学习年限为3～3.5年。

1．非线性板壳及波纹管力学

2．非线性固体力学的理论和方法

3．材料和结构的力学理论、方法和实验

4．叶轮机流体力学中的反命题和优化命题的变分原理

5．湍流与流动稳定性理论

6．交通流动力学

7．内外流气动力学及流动控制的理论、计算和实验

8．非线性波的理论和方法

9．多物理场耦合分析和控制理论

10．工程及城市环境流体力学

11．力学中的数学理论和方法

12．非线性动力学和振动控制

13．计算力学及其应用软件

14．实验力学及现代测试技术

15．力学发展史论中的若干问题

16．飞行器设计及力学性能

17．飞行器空气动力学

18．薄壁构件与结构计算理论及其应用

19．重大工程结构损伤、耐久性和寿命预测

20．环境岩土力学

21．非饱和土的力学机理及应用

22．生物组织、材料和仿生材料与结构力学

23．生物流体与计算

1．课程设置（见表）

2．课程学分要求：课程学分要达到48学分以上。

3．为提高硕士生的学术水平，要求在攻读期间参加或主讲5次学术讨论会。

1．开题报告

（1）在修满培养计划规定的学分以后，可申请进入论文课题研究，但在开题报告前应递交1篇5000字以上与专业相关的科技综述报告。

（2）开题报告在第二学年第二学期前进行，选题应与本专业的基础研究或与国民经济中的重要技术问题相结合。开题报告应包括发展现状、选题意义、研究内容、进度安排以及预期成果等。

（3）开题报告应组织3名以上高级职称教师进行评审，为公开性报告。

2．阶段报告

       在论文阶段的中期，进行阶段检查和中期考核，若离要求和进度偏离较大者，将予以警告。

3．论文答辩

（1）每位硕士生在申请学位前，至少在国内外重要期刊上发表（含录用）与学位论文有关的学术论文一篇（第一作者）。在完成论文并经包括导师在内的3名高级职称教师认可后，组织校内外同行专家评审答辩。

（3）研究生在学习期间，须达到学校规定的研究生科研成果量化指标，否则可由学校或院学位委员会做出延期授予学位的处理。

 

类 别		课程编号	课程名称	学时	学分	开课 学期	备注
学     位     课	政治 理论课	001000701	科学社会主义理论和实践	30	2	1
		001000702	自然辩证法	45	3	2
	第一 外国语	001000704	公共英语	100	3	1,2
		011000701	专业英语	40	2	4
	专业 基础课 专业课	011104701 011104702 011104703	常微分方程几何理论与稳定性 高等动力学 振动力学	40 40 40	4 4 4	1 2 3	一般力学与基础力学
		011104704 011104705 011104706	弹性力学 计算固体力学 实验固体力学	40 40 40	4 4 4	1 2 3	固体力学和工程力学
		011104707 011104708 011104709	流体力学 计算流体力学 实验流体力学	40 40 40	4 4 4	1 2 3	流体 力学
必       修       课	文献 阅读 研讨课	011104901	连续介质力学与张量分析	40	4	1	必选
		011104902	渐近分析和计算机代数	40	4	1
		011104903 011104904 011104905 011104906	力学的数学方法 振动与控制 多体动力学 一般力学与力学基础选讲	40 40 40 40	4 4 4 4	2 2 3 3	一般力学与基础力学
		011104907 011104908 011104909 011104910	材料本构关系及塑性力学 固体力学专题 断裂力学 微细观力学	40 40 40 40	4 4 4 4	2 2 3 3	固体 力学
		011104911 011104912 011104913 011104914	流动稳定性和湍流理论 物理流体力学和量纲 空气动力学 流体力学专题选讲	40 40 40 40	4 4 4 4	2 2 3 3	流体 力学
		011104915 011104916 011104917 011104918 011104919 011104920	工程力学专题 流体力学在工程中的应用 现代工程结构力学 飞行器工程专题 岩土力学和结构力学专题 生物力学专题	40 40 40 40 40 40	4 4 4 4 4 4	3 3 2 3 3 3	工程 力学
	学术 研讨课				2

 

1.1 The master candidates are expected to do the following: to master Marxism, Mao Zedong Thought and Deng Xiaoping Theory; to adhere to CPC fundamental political line; to have a great affection for our motherland; to follow disciplines and obey laws; to have good moralities; to be rigorous in study style; to be enterprising and ambitious; to be devoted to the cause he (she) aspires; to actively participate socialist modernization drive.

1.2 The master candidates are also required to lay a solid foundation in basic theories and acquire systematic& profound specialized knowledge; to be proficient in using a foreign language; to be able to conduct scientific research independently; to achieve creative results in his (her) dissertation.

1.3 He or She should take an active part in physical exercises and have a good physique.

1.4 This program’s main interest is the frontiers in Mechanics. It aims to foster students' competence in mathematics, mechanics and physics and advanced computer analysis methods. Therefore, they could independently start research and solve problems and thus they could successfully develop mechanics and serve the society.

2.5-3 years for full-time master candidates

3-3.5 years for in-service master candidates

1) Nonlinear Mechanics of Shells, plates and Bellows

2) Nonlinear Solid Mechanics- Theory and Methods

3) Mechanical Theory, Method and Experiment in Material and Structure

4) Variational Principles for Inverse and Optimization Problems in Turbo machinery Fluid Dynamics

5) Turbulence and Flow Instability Theory

6) Traffic Flow Theory

7) Internal and External Gas Dynamics and Flow Control: Theory, Numerical Simulation and Experiments

8) Nonlinear Waves-Theory and Methods

9) Analysis and Control Theory of Multi- Physics Coupled Fields

10) Engineering and Urban Environmental Fluid Mechanics

11) Mathematical Theory and Methods in Mechanics

12) Nonlinear Dynamics and Vibration Control

13) Computational Mechanics- Applications and Software

14) Experimental Mechanics and Modern Test Techniques

15) Problems in History of Mechanics

16) Aircraft design and mechanics performance

17) Vehicle aerodynamics

18) The theory of thin wall components and structures and its applications

19) Major engineering structures injury, durability and life expectancy forecast

20) Environmental rock mechanics

21) Mechanics mechanisms and applications of non-saturated soil

22) Biological organizations, materials and better material and structural mechanics

23) Biological fluid and computation

4.1 Courses (see the chart)

4.2 Credits: at least 52 credits

4.3 Master candidates are required to participate in or give 5 seminars during academic years.

5.1 Proposal

(1) Upon the completion of the credit points, the graduates can apply for thesis-related research, but 4 comprehensive reports pertaining to the speciality should precede the preliminary conference.

(2) The preliminary conference takes place in the first term of the second academic year. The theme, based on the speciality, should evolve around the scientific research and economic construction. The preliminary report should encompass the prevailing situation, the impact of the theme, the specific content, time-table and the expected results, etc in excess of 5000 words.

(3) The preliminary report is to be assessed by at least three teachers with senior academic titles on an open basis.

5.2 In-progress report

At the middle of writing, candidates should submit reports concerning dissertation so as to ensure the dissertation may proceed as schedule. If the warp is rather big, warning will be given.

5.3 Oral defense of the dissertation

(1) Qualifications

A published or accepted article in key foreign journal or national core journal is prerequisite to the acquisition of the master's degree. The thesis, after being examined and approved by three professors (inclusive of the tutor), will be further assessed by experts from both in and outside the university.

The academic degree-related assessment is made on the basis of dual-sampling appraisal as stipulated by Shanghai Municipality and SU Academic Titles Office. Those who fail are disqualified from academic degrees or a renewed thesis is required.

(2) Dissertation examination and approval in form of correspondence and oral defense

Postgraduates working for academic degrees are to meet all the requirements set by the university, or the conferment of academic degrees will be postponed to a later date.