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 ‖Education‖Education
Program ‖Fluid Mechanics
This specialty was established in 1958, and began to train the
graduate students in 1962. As a key specialty in Shanghai, it has
the right to confer master and doctor degree, and it has already set
up a post-doctor station.
The specialty is the earliest fluid mechanic center for doctors,
which is characterized by hydromechanical research in the country.
It mainly deals with research of such field of high speed hydrodynamics
on free surface, irregular aerodynamics, computational hydrodynamics,
fluid noise control, fluid dynamics of estuary and environment, etc.
It has obtained many national, provincial and ministerial prizes of
Scientific and Technological Progress. It has extensive exchanges
both at home and abroad. The specialty now has abundant teachers –
an academician and five doctoral tutors.
The specialty has a fluid dynamics laboratory with multi-functional
water troughs, small-scale low-speed wind-tunnels, gravity type vacuole,
high speed self-enclosed circulating water tunnel equipment and laser
speed testing apparatus, water noise apparatus, etc. A high-performance
parallel computation server has also been built. The specialty undertakes
forecasting research in national defense and applied research in some
key projects.
I. Training Objectives
Doctorate winners should grasp solid basic theory and systematical
specialized knowledge, and have the ability of independent scientific
research. They are able to achieve innovative results in theory, computing
technology and science and technology of fluid mechanics.
II. Main Research Directions
1. High speed hydrodynamics
2. Computational aerodynamics
3. Underwater fluid noise control
4. Fluid dynamics of estuary and environment
5. Industrial fluid mechanics
6. Bio-fluid mechanics
III. Length of Schooling and Credits
The full-time doctorial students’ length of schooling is 3 years.
The total credits must get requested 17 credits at least. Semi-sabbatical
doctorial students’ period of schooling can be prolonged for another
one year or two years as approved.
The master-doctors’ length of schooling is 4.5 years. The total
credits must get requested 47 credits at least, among them the credits
for their master degree study must get requested 30 credits at least,
and doctorate study17 at least.
IV. Courses Offered
1. Causes for doctoral candidates
| Classification |
No. |
Name of Courses |
Credit |
Time |
Remarks |
| Compulsory courses |
B09001 |
Modern scientific and technological revolution and Marxism
|
3.0 |
spring，autumn |
|
| Compulsory courses |
B14001 |
Doctoral English |
3.0 |
spring，autumn |
|
| Compulsory courses |
B63001 |
Multi- media academic Papers Reading |
1.0 |
spring，autumn |
|
| Elective courses |
B14006 |
Second foreign language |
2.0 |
spring，autumn |
|
| Elective courses |
B07101 |
Scientific computation I |
2.0 |
autumn |
|
| Elective courses |
B07104 |
Nonlinear analysis |
2.0 |
spring |
|
| Elective courses |
B07201 |
Advanced statistical mechanics |
2.0 |
spring |
|
| Elective courses |
B07202 |
Computational physics |
3.0 |
autumn |
|
| Elective courses |
B07203 |
Practical quantum mechanics |
3.0 |
autumn |
|
| Specialized courses |
C10008 |
Introduction of turbulence |
3.0 |
autumn |
|
| Specialized courses |
C10009 |
Singular perturbation methods |
2.5 |
spring |
|
| Specialized courses |
C10010 |
Hydrodynamics of free surfaces |
3.0 |
autumn |
Teaching in English |
| Specialized courses |
C10011 |
Fluiddynamics of estuary and environment |
2.5 |
spring |
|
| Specialized courses |
C10012 |
Modern numerical methods |
3.0 |
spring |
|
| Specialized courses |
C10013 |
Dynamics of waves |
3.0 |
autumn |
Teaching in English |
| Specialized courses |
S10001 |
general reading of professional literature |
2.0 |
spring， autumn |
|
2. Causes for master-doctoral degree candidates
| Classification |
No. |
Name of Courses |
Credit |
Time |
Remarks |
| Causes for
master degree candidates |
| Degree |
G09001 |
Introduction to Natural Dialectics |
2.0 |
autumn |
Compulsory courses |
| Degree |
G14001 |
Basic English |
3.0 |
spring, autumn |
Compulsory courses |
| Degree |
X10001 |
Advanced fluiddynamics |
3.0 |
autumn |
|
| Degree |
X10011 |
Modern methods of mathematical
physics in fluidmechanics |
3.0 |
autumn |
|
| Degree |
X10012 |
Modern numerical methods
in fluidmecanics ( I ) |
2.0 |
spring |
|
| Degree |
X10013 |
Modern numerical methods
in fluid dynamics ( II) |
2.0 |
spring |
|
| Degree |
X10002 |
Introduction of continuum
mechanics |
2.0 |
autumn |
|
| Degree |
X10003 |
Analytical dynamics |
3.0 |
autumn |
|
| Degree |
X10014 |
Modern methods of flow
measurements |
3.0 |
spring |
|
| Non-degree |
F10001 |
Tensor analysis and applications |
2.0 |
autumn |
|
| Non-degree |
F10002 |
Hydrodynamics |
2.5 |
autumn |
|
| Non-degree |
F10003 |
Bio-fluidmecanics |
2.0 |
spring |
|
| Non-degree |
F10011 |
Theory of underwater
fluid noise |
3.0 |
spring |
|
| Non-degree |
F10018 |
Fluidmechanics |
2.0 |
autumn |
|
| Non-degree |
F10019 |
Dynamics of viscous flows |
3.0 |
spring |
|
| Non-degree |
F10021 |
computational flight
dynamics |
2.0 |
spring |
|
| Non-degree |
|
High performance computing
in numerical simulations |
2.0 |
spring |
new |
| Non-degree |
F10030 |
Computer graphics |
3.0 |
autumn |
|
| Non-degree |
F10032 |
Advanced aerodynamics |
3.0 |
spring |
|
| Non-degree |
S10001 |
general reading of professional
literature |
3.0 |
spring, autumn |
Compulsory courses |
| Causes for
doctoral candidates |
| Compulsory courses |
B09001 |
Socialism and the contemporary world |
3.0 |
spring |
|
| Compulsory courses |
B14001 |
Doctoral English |
3.0 |
spring，autumn |
|
| Compulsory courses |
B63001 |
Multi- media academic Papers Reading |
1.0 |
spring，autumn |
|
| Elective courses |
B14006 |
Second foreign language |
2.0 |
spring，autumn |
|
| Elective courses |
B07101 |
Scientific computation
I |
2.0 |
autumn |
|
| Elective courses |
B07104 |
Nonlinear analysis |
2.0 |
spring |
|
| Elective courses |
B07201 |
Advanced statistical
mechanics |
2.0 |
spring |
|
| Elective courses |
B07202 |
Computational physics |
3.0 |
autumn |
|
| Elective courses |
B07203 |
Practical quantum mechanics |
3.0 |
autumn |
|
| Specialized courses |
C10008 |
Introduction of turbulence |
3.0 |
autumn |
|
| Specialized courses |
C10009 |
Singular perturbation
methods |
2.5 |
spring |
|
| Specialized courses |
C10010 |
Hydrodynamics of free
surfaces |
3.0 |
autumn |
Teaching in English |
| Specialized courses |
C10011 |
Fluid dynamics of estuary
and environment |
2.5 |
spring |
|
| Specialized courses |
C10012 |
Modern numerical methods |
3.0 |
spring |
|
| Specialized courses |
C10013 |
Wave dynamics |
3.0 |
autumn |
Teaching in English |
| Specialized courses |
S10001 |
general reading of professional
literature |
2.0 |
spring, autumn |
|
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|
|
|
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|
|
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V. Middle Examinations
The integrated examination of doctoral and master-doctoral degree
candidates and the credentials affirmation of master-doctoral degree
candidates refer to “Rules on the training of graduate students studying
for a doctorate at Shanghai Jiaotong University” and “Rules on the
training of master-doctoral candidates at Shanghai Jiaotong University”.
After entering this stage, graduate students 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 doctoral candidates must be finished during
the third term. The reading amount of documents is within fifty to
one hundred.
After achieving their doctor's qualification, master-doctoral degree
candidates must finish their opening report during the fifth term.
Reading amount of documents is the same as that of doctors.
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
Its details refer to the regulations about academic dissertation
of the university.
VIII. Thesis Publishing
Its details refer to “Requirement for graduate students of publishing
scientific paper during learning at Shanghai Jiaotong University”.
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