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Introduction of Graduate Programs
Ph.D. and M.S. Programs
Graduate Course
The graduate courses are designed to attract forward-looking students interested in the fields of Fluid Mechanics, Solid Mechanics/Engineering Mechanics, Biomechanics and Medical Engineering, Dynamics Systems and Control, and General Mechanics and Foundation of Mechanics. Interdisciplinary studies are strongly encouraged. Required courses of the M. S. and Ph.D. programs are listed below:
 
 
Fluid Mechanics
 
 

Course Number

Course Name

Credit

08611810

Advanced Fluid Mechanics

3

08611820

Advanced Computational Fluid Dynamics

3

08611830

Turbulence

3

08611840

Advanced Methods of Applied Mathematics

3

08611850

Hydrodynamic Stability

3

08611890

Advanced Experiment Fluid Mechanics

3

08611900

Advanced Thermodynamics

3

08611910

Advanced Scientific Computing

3

08611950

Low-Speed Aerodynamics

3

08611970

Advanced Fluid Mechanics I

3

08611980

Advanced Fluid Mechanics II

3

08612020

Theory and Modeling of Two Phase Flow

3

08612090

Foundation of Computational Fluid Dynamics

3

08612100

Advanced Heat and Mass Transfer

3

08612130

Advanced Mathematical Physical Equations

3

08612190

Physical Fluid Mechanics

3

08612210

Engineering Mechanics Experiments and Technology

4

08612230

FSI-Computational Methods and Applications

3

08615130

Turbulence and Random Processes

3

08618143

Geometry and Topology in Hydrodynamics

1

08618323

An introduction to electrohydrodynamics

1

 
 
Solid Mechanics/Engineering Mechanics
 
 

Course number

Course Name

Credit

08611500

Continuum Mechanics

3

08611520

Dynamic Experimental Mechanics

3

08611540

Progress in Solid Mechanics

3

08601570

Theory of elastic plates and shells

3

08611410

Impact Dynamics

3

08611430

Fracture Mechanics

3

08611450

Stress Wave in Solids

3

08611510

Introduction to Computational Mechanics

4

08611520

Dynamic experimental mechanics

4

08611560

Nondestructive Testing Method

3

08618213

Viscoelastic Solids

2

08611470

Stability of Elastic Systems

3

08611480

Mechanics of Composite Materials

3

08611550

Mechanical Behavior of Materials

3

08611530

Advanced Elasticity

3

08618203

Viscoelastic Solids

2

08612290

Structural Dynamics

3

08612280

Structural analysis and numerical computation

3

 
 
Biomechanics and Medical Engineering
 
 

Course number

Course Name

Credit

08611880

Introduction to computational biology

4

08611920

Biofluid Mechanics

3

08616020

Introduction to Biomedical Engineering

3

08616160

Cell Mechanics

3

08616170

Applied Mathematics in Biomedicine

3

08616310

Experiments in Cell Mechanics

3

08616370

Biomedical Engineering Literature Reviewing and Progress Analysis

3

08616380

Tissue Mechanics

3

08616390

Introduction to Biomechanics

3

08618103

Nano/Micromechanics

3

08618243

Orthopaedic Biomechanics

3

08618303

Biomaterials and Biocompatibility

3

08618313

Musculoskeletal Tissues Regeneration & Biomechanics

3

 
 
Dynamics Systems and Control
 
  

Course number

Course Name

Credit

08611130

Analytical Dynamics

3

08611180

Control of Perturbed Systems

3

08611200

Linear Systems Theory

3

08612040

Nonlinear Dynamics

4

08612610

Control mathematical foundation

3

08612620

Robust Control

3

08612630

Stability Theory

3

08612640

Robust Control II

3

08612650

Computer Aided Design of Control Systems

3

08612660

Convex Optimization

3

08612680

Topics in nonl, inear systems

3

08612690

Modern Control Theory

3

08612720

Optimal Control

3

08612770

Linear Systems

3

08612780

Modern Robust Control

3

08612870

Dynamics and Control

3

 
 
General Mechanics and Foundation of Mechanics
 
 

Course number

Course Name

Credit

08611140

Advanced Robotics

3

08611150

Intelligent Bio-inspired Machines

3

08611160

Multi-agent System

3

08611170

control theory foundation

3

08611180

Topics on Control of Complex Systems

3

08611210

Advanced Signal and Systems

3

08612670

Topics on robot soccer competition

3

08612700

Multirobot  Systems

3

08612750

Mathematical Foundation for Systems and Control

3

08612760

Analysis of Dynamic Systems

3

Address: Mechanics Building, Peking University, Beijing, China Zip: 100871 Phone: +86-10-62753257 Fax: +86-10-62753257 Email: mes@mech.pku.edu.cn