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Research
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Faculty Areas of Research |
| John A. Adam |
- Mathematical biology with emphasis on tumor growth,
- Astrophysical magnetohydrodynamics,
- Mathematical modeling
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| Przemyslaw Bogacki |
- Computer aided geometric design,
- Numerical solution of initial value problems for ordinary differential equations
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| N. Rao Chaganty |
- Large deviations,
- Generalized linear models,
- Estimating equations
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| Ram C. Dahiya |
- Statistical methodology and inference,
- Biostatistics
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| Norou Diawara |
- Multivariate analysis,
- Modeling,
- Probability theory,
- Estimation
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| J. Mark Dorrepaal |
- Stokes flow,
- Transform methods,
- Asymptotic analysis
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| Michael J. Doviak |
- Applied statistics,
- Sampling
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| Fang Q. Hu |
- Computational fluids with an emphasis in turbulent mixing
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| Hideaki Kaneko |
- Wavelets, numerical analysis of integral equations,
- Finite element analysis,
- Discontinuous Galerkin methods
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| John E. Kroll |
- Geophysical fluid dynamics,
- Oceanography
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| D. Glenn Lasseigne |
- Combustion theory,
- Application of integral equations
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| Larry D. Lee |
- Statistical inference,
- Reliability
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| Li-Shi Luo |
- Kinetic theory and nonequilibrium statistical mechanics,
- Lattice Boltzmann equation and CFD,
- Complex fluids
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| Gordon Melrose |
- Singular integral equations,
- Special functions,
- Fracture mechanics
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| Dayanand N. Naik |
- Multivariate statistical analysis,
- Linear models,
- Regression diagnostics,
- Longitudinal data analysis and bioinformatics
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| Richard D. Noren |
- Volterra integral equations,
- Fredholm and Hammerstein integral equations
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| Iordanka Panayotova |
- Atmospheric fluid dynamics and turbulence,
- Hydrodynamic stability,
- Numerical and finite-difference methods
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| John J. Swetits |
- Approximation theory,
- Functional analysis,
- Optimization
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| John Tweed |
- Integral equations,
- Transform techniques,
- Elasticity and fracture mechanics,
- Acoustics
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| Jin Wang |
- Numerical analysis and scientific computing,
- Fluid dynamics,
- Mathematical biology
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| Glenn Williams |
- Numerical solution of differential equations,
- Nonlinear optimization,
- Computational biology,
- Environmental modeling
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| Ruhai Zhou |
- Numerical analysis,
- Scientific computation,
- Numerical simulations of liquid crystalline polymer and nano-composite materials
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Department of Mathematics and Statistics,
Old Dominion University, Norfolk, VA 23529, USA Phone: 757-683-3882
, Fax: 757-683-3885, E-mail: bjeffrey@odu.edu
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