PING DANG
Phone : (904)-644-5108
Fax : (904)-644-1127
E-Mail : pdang@magnet.fsu.edu

Resume || Profile || Research Interest || Research Projects|| Simulation Projects|| Referred Publications in Journals || Web Links || Web Daily Statistics ||

PROFILE

I am at present a Research Associate at Advanced Mechanics & Materials Laboratory (AMML), located at National High Magnetic Field Laboratory (NHMFL), Tallahassee, Florida.
I got my Ph.D. in Materials Science and Engineering in August, 1996 from Clemson University,
Clemson, South Carolina.
Before I joined Clemson, I worked five years as a Materials Engineer at Institute of Applied Chemistry,
Chinese Acadmy of Sciences, Changchun, China.
I graduated from Jilin University of Technology, Changchun, China in 1987 where I got my M.S. and B.S. in Metallurgy.

RESEARCH INTEREST

Materials Design and Characterization

Materials Modeling at Three Hierarchical Scales

RESEARCH PROJECTS

High-temperature Processing and Structure Characterization of Ti- and Al-based Alloys (U. S. Army Research Office and Pratt & Whitney)

Dispersed-Phase Transformation Toughening of Gamma TiAl (U.S. National Science Fundation)

Design and Development of Non-Ferrous Alloy (State Science and Technology Commission and Chinese Acadmy of Sciences)

Microstructure Modification of Al-Si Alloys (Chinese Academy of Sciences)

COMPUTER SIMULATION PROJECTS

REFEREED PUBLICATIONS IN JOURNALS


1995-1997
  1. P. Dang and N.Chandra, "Atomistic Simulation of Grain Boundary Structure, Energy and Sliding", Submitted for publication in Materials Science and Engineering A, September, 1997.

  2. P. Dang and N. Chandra, "Application of Micromechanical Model to Dual-Phase Superplastic materials", Accepted for publication in Acta Metallurgica, October, 1997 (in print).

  3. N. Chandra and P. Dang, "Application of Micromechanical Model to high Strain-Rate Superplastic materials", Scripta Metallurgica, 1333-1338, 36 (1997).

  4. N. Chandra, J. Rama, and P. Dang, "Application of Micromechanical Polycrystalline Model in the Study of Threshold Stress Effect on Superplasticity", Materials Science and Engineering A, 134-143, 231 (1997).

  5. M. Grujicic and P. Dang, "Transformation Toughening in the Gamma-TiAl- Beta-Ti-V Systems, Part I: Finite Element Analysis of a Crack Touching the Interface", Journal of Materials Science, 4865-4874, 32 (1997).

  6. P. Dang and M. Grujicic, "Transformation Toughening in the Gamma-TiAl- Beta-Ti-V Systems, Part II: A Molecular Dynamics Study", Journal of Materials Science, 4875-4887, 32 (1997).

  7. M. Grujicic and P. Dang, "Dispersed Ti-base B.C.C. Beta Phase Transformation Toughening of Gamma-Titanium Aluminide Intermetallics", Materials Science and Engineering A, 187-199, A224 (1997).

  8. P. Dang and M. Grujicic, "The Effect of Crack-tip Materials Evolution on Fracture Toughness-An Atomistic Simulation Study of the Ti-V alloy System", Acta Metallurgica et Materialia, 75-87, 45 (1997).

  9. M. Grujicic and P. Dang, "A Molecular Dynamics Study of Transformation Toughening in the Gamma TiAl/Beta Ti-V System", Materials Science and Engineering A, 109-125, 219 (1996).

  10. P. Dang and M. Grujicic, "A study of Crystal Defects Effect on the Martensitic Transformation in Ti-V B.C.C. Beta Alloy", Modeling and Simulation in Materials Science and Engineering , 123-136, 4 (1996).

  11. P. Dang and M. Grujicic, "Atomic Simulation of Crack-tip Transformation in Ti-V beta Alloy", Scripta Metallurgica et Materialia, 59-64, 35 (1996).

  12. M. Grujicic and P. Dang, "Atomic-Scale Analysis of Martensitic Transformation in Titanium Alloyed with Vanadium -- Part I: Verification of the EAM Model", Materials Science and Engineering A, 139-152, 205 (1996).

  13. M. Grujicic and P. Dang, "Atomic-Scale Analysis of Martensitic Transformation in Titanium Alloyed with Vanadium -- Part II: Molecular Dynamics Study", Materials Science and Engineering A, 153-165, 205 (1996).

  14. M. Grujicic and P. Dang, "Computer Simulation of Martensitic Transformation in Fe- Ni Face-Centered Cubic Alloys", Materials Science and Engineering A, 194-204, 201 (1995).

  15. M. Grujicic and P. Dang, "Molecular Dynamics/Embedded Atom Method Simulation of Crack-tip Transformation Toughening in Fe-Ni Austenite", Materials Science and Engineering A, 173-182, 199 (1995).

  16. M. Grujicic and P. Dang, "Assessment of Thermodynamic Properties of Alloys by Combining the Embedded-Atom and the Quasi-harmonic Method", Calphad, 105-117, 19 (1995).
1987-1994
  1. L. Wang, P. Dang, F. Du and M. Zhao, "Effect of Rare Earth Metals on Microstructure of Directional Solidified Al-3% Li Alloys", Journal of Rare Earths (English Edition), 198-201, 12 (1994).

  2. P. Dang, L. Zhao, H. Lu and D. Tang, "Effect of Rare Earth on the Microstructure and Properties of Pure Copper", Rare Metals (English Edition), 277-280, 12 (1993).

  3. P. Dang, L. Zhao and G. Hu, "Effect of Rare Earth on Anti-Oxidation of Copper", Journal of Applied Chemistry, 111, No.4, 9 (1992).

  4. P. Dang, M. Zhao, K. Chang, X. Lu and F. Du, "Modification of the Microstructures of Al-3%Li Alloys", Rare Metals (English Edition), 272, No.4, 10 (1991).

  5. P. Dang, Q. Han and W. Du, "Microdistribution and Function of Rare Earth Metals in Al-Si Alloys", Proceedings of the Second International Conference on Rare Earth Development and Application (English), Beijing, China, May 27-31, 1991. International Academic Publishers, Vol. 1, 317.

  6. P. Dang and M. Zhao, "Design and Manufacture of a New Type Al-Mg-Si Aluminum Alloys", Rare Earths, 49, No.3, 11 (1990).

  7. P. Dang, M. Zhao and S. Guan, "Influence of Rare Earth Metals on the Microstructures and Properties of Al-Mg-Si Alloys", Journal of Rare Earths, 154, No.2, 8 (1990).

  8. M. Zhao, P. Dang and X. Gang, "Distribution and Function of Rare Earth Metals in 6063 Aluminum Alloys", Journal of Rare Earths, 59, No.3, 7 (1989).

  9. S. Guan, P. Dang and M. Zhao, "Improvement of the Corrosion Resistance of 6063 Aluminum Alloys", Journal of the Chinese Corrosion Society, 154, No.4, 9 (1989).

  10. P. Dang, W. Du and Q. Han, "Electrolytic Extraction and Radioactive Measurement of Cerium Contents in Various Phases of Al-Si Alloys", Rare Metals, 246, No.3, 13 (1989).

  11. W. Du, P. Dang, Z. Cao and Q. Jiang, "Influence of Modifiers on the Nucleation and Growth of Silicon Phases in Al-Si Alloys", Proceedings of the First International Conference on W-Ti-RE-Sb (English), Changsha, China. International Academic Publishers, 1251, Vol.2 (1988).

  12. P. Dang, W. Du, Q. Jiang and Q. Han, "A TEM Study on the Orientation Relationships between Eutectic Si and Eutectic alpha-Al phases in Al-Si Eutectic Alloys", Journal of Rare Earths, 41, No.4, 6 (1988).

  13. W. Du, P. Dang and Q. Han, "Autoradiography Study on the Inhomogeneity of Trace Modifier in Al-Si Alloys", Journal of Rare Earths, 59, No.3, 6 (1988).

  14. P. Dang, W. Du and Q. Han, "Study on the Iron-contained Impurities in Casting Al-Si
    Alloys", Rare Earths, 43, No.1, 9 (1988).

  15. P. Dang , Q. Jiang, W. Du and Q. Han, "Combined Ce and P Modifications of Al- 20%Si Alloys", Rare Earths, 22, No.6, 8 (1987).

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