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| CFD Review Jobs Database - View Resume |
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[ View All Resumes ]
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Resume Updated: 11 Apr 2010
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Xiaozhen Lu
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luxiaozhen@gmail.com
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http://
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Tel: 410-900-3453
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Fax:
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8902 CHURCH LN
Randallstown, MD, 21133
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Objective
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| To secure a position on Computational Fluid Dynamics (CFD) or Heat Transfer. |
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Salary Requirements
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| Negotiable. |
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Employment History
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Research Scientist
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Jun. 2006-Dec.2009
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Dynaflow Inc
Jessup, MD
Developed numerical code to simulate acoustic wave propagation in bubbly medium and in complex geometry, and conducted Acoustic Signal Analysis
Developed compressible multiphase flow solver using SLIC interface capture scheme
Significantly improved CFD software 3DynaFS( also known as DFBEM to US Navy) with BEM method
Developed numerical tools to simulate Under Water Explosions with large number of explosions and Fluid-Structure Interactions
Improved the multi-block Navier-Stokes equation solver with over-set grid
Conducted stability analysis and modeling of encapsulated bubble in acoustic field
Conducted frequency domain analysis of Fluid-Structure Interaction
Supervised students internship work
Prepared technical reports and proposals for submissions to US government agencies
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Research Assistant
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Sep. 1999-Jan. 2006
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The Johns Hopkins University
Baltimore, MD
Developed numerical code to simulate the bubble dynamics in sonoluminescence
Implemented a global optimization method, Simulated Annealing, to determine the optimal conditions for a sonoluminescing bubble while maintaining its stability
Simulated vertical axisymmetric slug flows using front-tracking method
Conducted linear stability analysis of Taylor bubbles by solving eigenvalue problems
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Education
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The Johns Hopkins University
* Department of Mechanical Engineering, PhD, Jan. 2006
Dissertation title: Numerical simulation and axial stability analysis of vertical
slug flow
* Department of Mechanical Engineering, MSE, May 2002
University of Science and Technology of China
* Department of Thermo-physics Engineering, ME, May 1999 ( 1st in the class of 15)
Thesis title: Numerical simulation of fluid-particle two-phase turbulent flow
* Department of Thermo-physics Engineering, BE, May 1996 ( 1st in the class of 24) |
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Skills
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| Description |
Proficiency |
Experience |
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CFD analysis
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Advanced
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>5 Years
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Free surface modeling
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Advanced
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3-5 Years
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C programming
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Advanced
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3-5 Years
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FORTRAN programming
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Advanced
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3-5 Years
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Turbulence model development
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Intermediate
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2-3 Years
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Additional Skill Info
Computational Fluid Dynamics, Thermodynamics, Heat Transfer
Numerical simulation of flows with free-surface or moving boundary and multiphase flow
Spectral methods, Boundary Element Method for CFD
Bubble dynamics and under water explosions, Fluid-Structure Interaction
Theoretical Analysis of Fluid Dynamics Problem
Acoustics and Cavitations
Laplace's equation, Poisson's equation, Helmholtz equation
Domain perturbation analysis and Linear stability analysis
Linear algebra and eigenvalue system for large sparse matrix
Artificial Intelligence
B-spline data fitting for Computer Aided Geometric Design
Simulated annealing for optimization
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References
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Dr. Andrea Prosperetti
Advisor, Professor
Department of Mechanical Engineering
Johns Hopkins University, Baltimore, MD, 21218
410-516-8534
prosperetti@jhu.edu
Dr. Shiyi Chen
Professor
Department of Mechanical Engineering
Johns Hopkins University, Baltimore, MD, 21218
410-516-7754
syc@jhu.edu
Dr. Kathleen Stebe
Professor
Department of Chemical and Biomolecular Engineering
Johns Hopkins University, Baltimore, MD, 21218
410-516-7769
kjs@jhu.edu
Dr. Xiongjun Wu
Senior Research Scientist
Dynaflow, INC.
5612 Massachusetts Ave,
Bethesda, MD 20816
240-855-2115
xiongjunwu@gmail.com
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