Dr. ZHAOMIAO LIU was born in June of 1970. She gained the bachelor's degree
of applied mechanics from Department of Mathematics and Mechanics in Jilin Univ-
ersity in July of 1992. She got the MS degree of computational mechanics from Department of Mathematics and Mechanics in Jilin University in July of 1995. In
July of 1998, she obtained Ph.D. degree from Department of Mechanical and Elect-
rical Engineering in Beijing Institute of Technology. She joined Department of
Engineering Mechanics at School of Mechanical Engineering and Applied Electroni-
cs Technology in Beijin Polytechnic University from July of 1998, and her curre-
nt academic position is associate professor.

  She has lectured widely at Theoretical Mechanics, Engineering Fluid Dynamics,
Computational Structure Dynamics, Computational Fluid Dynamics and Numerical Si-
mulation on Combustions. Her research interests focus in the area of Computatio-
nal Fluid Dynamics, Nonlinear Dynamics,Coating Process and Micro-scale Fluid

namics. She got the financial supports from National Natural Science Fund, China Pure Science Ascent Project (China 973 Pr-
oject), Beijing Natural Science Fund, Beijing Science and Technology Committee Development Project, and Beijing Education
Committee Development Project etc. She is an author of more than 30 scientific papers.

  She was chosen in Beijing New Stars’ Training Project of Science and Technology through academic appraisal in 2002. She
was also a visiting scholar of Engineering Fluid Mechanics and Tribology Research Group of School of Mechanical Engineering
in Leeds University in UK from September of 2004 to September of 2005, under support by China Scholarship Council.

Addresss: School of Mechanical Engineering and Applied Electronic Technology
           Beijing  100022
           People's republic of China

Tel: (8610)67392760

Fax: (8610)67391617

E-mail: lzm@bjut.edu.cn

EDUCATION

Sep, 1995------July, 1998: School of Mechatronic Engineering, Beijing Institute of Technology, Beijing, P. R. China

• Doctor of Applied Chemistry.
• Dissertation: Study on Chemical Reaction Model and Solid Phase Chemical Oscillation.

Sep, 1992-----July, 1995: College of Mathematics, Jilin University, Changchun, Jilin, P. R. China

• Master of Computational Mechanics.
• Dissertation: Theory Study of Finite Deformation of Elastic Plate with Small Shear.

Sep, 1988-----July, 1992: College of Mathematics, Jilin University, Changchun, Jilin, P. R. China

• Bachelor of Applied Mechanics.

PROFESSIONAL EXPERIENCE

Sep, 2004------Sep, 2005: Visiting Research Fellow, Engineering Fluid Mechanics and Tribology Research Group,
                          School of Mechanical Engineering, the University of Leeds, U.K.

July,1998------July,2000: Lecturer, Department of Engineering Mechanics, School of Mechanical Engineering and
                          Applied Electronics Technology, Beijing University of Technology, Beijing, P.R.China.

TEACHING INTERESTS

• Theoretical Mechanics
• Engineering Fluid Dynamics
• Computational Structure Dynamics
• Computational Fluid Dynamics
• Numerical Simulation on Combustion

RESEARCH INTERESTS

• Computational Fluid Dynamics
• Nonlinear Dynamics
• Coating Process
• Micro-scale Fluid Dynamics

GRANTS

1. National Natural Science Fund " Study of Chemical Oscillation and Chaos in Solid Phase Quick Chemical Reaction "

2. China Pure Science Ascent Project (China 973 Project) “The Key Science Problems of High-efficiency Save Energy” sub-
   item“Numerical Simulation of High Temperature Air Combustion”.

3. Beijing Science and Technology Committee Development Project “Dynamic Analysis of Regenerative High Temperature Low
   Oxygen Air Combustion System”.

4. Beijing Education Committee Development Project “Dynamic Analysis of Retrorse Regenerative High Temperature Air
   Combustion System”.

5. Beijing Natural Science Fund " The Nonlinear Kinetic Study of Solid-phase Combustion Phenomena".

6. Beijing Natural Science Fund " The Nonlinear Dynamic Study of the Flexible Arm of Robot in Ultralow Speed ".

7. National Natural Science Fund " Study of Properties Coupling of biologic parenchyma” Beijing University of Technology
   Natural Science Project" Numerical Simulation Analysis of Nonlinear Kinetics Model ".

SELECTED PUBLICATIONS

[ 1] Numerical Analysis of HTAC System with Different Gas Inlet Direction, 2004 International Symposium on Safety Science
     and Technology, Shanghai,“Progress in Safety Science and Technology”,2004,10，Shanghai.

[ 2] Numerical analysis of transient temperature field in switch phase of high temperature retrorse regenerative burner,
     Annual Symposium on Beijing Mechanics Academy, 2003.

[ 3] Numerical simulation converse hightemperature regenerative air combustion reaction process, J. Industrial Furnace, No.      2, 2002

[ 4] Safety analysis of non-isothermal three-variable auto-catalytic chemical kinetic model, International Symposium on
     Safety Science and Technology (ISSST), 2002

[ 5] Global dynamics of a parametrically and externally excited thin plate, Nonlinear Dynamics, 24 (3): 245-268, 2001

[ 6] Nonlinear analysis of two-variable exothermal chemical reaction models controlled by linear heat feedback,
     Journal of Beijing Polytechnic University, 27(4), 2001.

[ 7] Finite element numerical simulation and optimization design of pot container, MSC 2000, Oct. 2000, Beijing.

[ 8] Global dynamics of a parametrically and externally excited thin plate, Mechanics 2000, Aug. 2000, Beijing.

[ 9] Nonlinear kinetic analysis of chemical model with quadratic- and cubic-autocatalysis reaction mechanism,
     J. Armament Safety Technology (BINGGONG ANQUAN JISHU), 2000(5).

[10] Nonlinear kinetics of reaction NH4ClO4+Mg+K2Cr2O7 (I)---Experiment phenomena of solid phase combustion,
     ACTA SINIA, 1999，Vol. 57（3）.

[11] Nonlinear kinetics of reaction NH4ClO4+Mg+K2Cr2O7(II)---chemical model of solid phase combustion,
     ACTA SINIA, 1999，Vol. 57（4）.

[12] Nonlinear analysis of three-variable continuum exothermic chemical reaction model,
     Journal of Beijing Polytechnic University, 1999，25(3).

[13] Nonlinear chemical kinetics analysis of solid phase combustion model, Journal of Nonlinear Dynamics, 1999， Vol. 1.

[14] Experimental study on oscillatory solid phase combustion, “ Theory and Practice of Energetic Materials ”,
     Beijing Institute of Technology Press, Beijing, 1996, 341.