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 ‖Education‖Education
Program ‖Solid Mechanics
This specialty began to recruit graduate students in 1963 and
doctors in 1982. It is one of the earliest specialties in the country
that had the right to award master and doctorate. In 1995 it set up
the mobile station for the post-doctors. Its teaching and scientific
research makes a remarkable achievement, and it is among the most
famous teaching and research units in the country. Now there are eleven
professors and six associate professors.
The specialty pays attention to the theoretical foundation, engineering
application and the development of cross specialties of solid mechanics.
It closely correlates the frontiers of the specialty with relevant
engineering projects in domestic economy. Based on such courses as
continuum mechanics, computational mechanics, engineering control
and material mechanics, etc., the specialty makes a deep theoretical
and practical research on such respects as mechanics of composite
materials, electromagnetic solid mechanics, computational analysis
of fracture, fatigue and structure, constitutive and macro-micro mechanics,
boundary mechanics, computational materials, carbon nanotube mechanics,
engineering structure control and trouble diagnosis.
The specialty has a solid mechanics laboratory with such advanced
equipment as loading MTS of both single and dual axles, holographic
laser, function testing of electromechanical coupling ,etc. as well
as large-scale engineering FEM analyzing software such as MSC (Patran,
Nastran, unless Dytran, Marc,Fatigue), Dets and Adams, etc. It provides
graduate students with a fine experimental and computing condition.
I. Training Objectives
To cultivate senior talents with solid basic theory and systematical
specialized knowledge of solid mechanics. These talents are supposed
to grasp one or two foreign language, and have a strong ability in
application of modern computer technology and experimental techniques.
They can take on or organize scientific research and specialized technological
jobs independently, and make innovative results.
II. Main Research Directions
1. Evaluation for structure fracture, damage, fatigue and safety.
2. Computational materials and structure optimize design
3. Mechanics of composite materials and boundary mechanics
4. Mechanics of nanometer materials and intelligent materials
5. Constitutive theory and macro-micro mechanics
6. Stability and ramification of nonlinear system, and vibration,
control and trouble diagnosis of structure
7. Modern experimental mechanics
8. Biological and medical mechanics
III. Length of Schooling and Credits
The full-time Master degree candidates’ length of schooling is 2.
5 years. The total credits must get requested 32 credits at least;
among them the credits of degree lessons must get requested 19. Semi-sabbatical
master degree candidates’ period of schooling can be prolonged for
another half a year or one year as approved.
IV. Courses Offered
| Classification |
No. |
Name of Courses |
Credit |
Time |
Remarks |
| Degree |
G09001 |
Introduction to Natural Dialectics |
2.0 |
autumn |
Compulsory courses |
| Degree |
G09003 |
Theory and Practice of Scientific Socialism |
1.0 |
spring |
Compulsory courses |
| Degree |
G14001 |
Basic English |
3.0 |
autumn, spring |
Compulsory courses |
| Degree |
G14006 |
Professional English |
1.0 |
autumn |
Compulsory courses |
| Degree |
X10021 |
Theory of plasticity |
2.0 |
autumn |
|
| Degree |
X10025 |
Fracture mechanics |
2.0 |
spring |
Teaching in English |
| Degree |
X10002 |
Introduction of continuum mechanics |
2.0 |
autumn |
|
| Degree |
X10006 |
Introduction of engineering control |
2.5 |
spring |
|
| Degree |
X10009 |
Mechanical properties of materials |
2.5 |
spring |
|
| Degree |
X10010 |
Modern experiment technology |
2.0 |
autumn |
|
| Degree |
X10015 |
Computational solid mechanics |
2.5 |
spring |
|
| Degree |
F10017 |
Engineering analysis software |
3.0 |
autumn |
|
| Non-degree |
F10016 |
Theory of shell and structure stability |
3.0 |
spring |
|
| Non-degree |
F10017 |
Boundary element method |
2.0 |
autumn |
|
| Non-degree |
F10020 |
Mechanics of composite materials I |
3.0 |
autumn |
|
| Non-degree |
F10026 |
Fundamental theory of biology mechanics |
2.0 |
autumn |
|
| Non-degree |
F10028 |
Computational dynamics of structures |
2.5 |
autumn |
|
| Non-degree |
F10030 |
Computer graphics |
3.0 |
autumn |
|
| Non-degree |
F |
Theory of random vibration and its application |
3.0 |
spring |
(new) |
| Non-degree |
? |
Viscous elasticity mechanics |
2.0 |
autumn |
(new) |
| Non-degree |
S10001 |
Academic Papers Reading |
2.0 |
spring, autumn |
Compulsory courses |
V. Middle Examinations
Master degree candidates are supposed to have an all-round exam
once a month in the fourth term to check whether their credits and
grades in course study meet demands, by which to determine whether
they can enter the stage of the academic dissertation. Its details
refer to the relevant regulations of the graduate institution.
After entering this stage, master degree candidates should submit
a brief summary of their half-a year work to their guide teacher by
the end of each term, reporting the progress of the thesis within
the range of the specialty.
VI. Opening Report
The opening report of master degree candidates should be finished
before the end of the third term (at the latest the fourth term after
in months). The reading amount of documents is no less than fifty.
At the last period of their opening report, they must have their oral
defense at a public lecture participated by experts of the specialty
or the relevant specialties.
VII. Academic Dissertation
The details of academic dissertation refer to the relevant regulations
of the university.
VIII. Thesis Publishing
Refers to “Requirement for graduate students of publishing scientific
paper during learning at Shanghai Jiaotong University ".
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