Research
Interests
Using Mathematics to Address Environmental Issues, Particularily Through Partial Differential Equations For Example...
~Modeling Fluid Flow through
Subsurface Systems (water aquifers, reservoirs)
~Ecological Population Dynamics and Conditions for Invasion of one Species into territory of competitor ~Modeling aspects of PEM Fuel Cells (powered by Hydrogen and Oxygen) |
|
Home |
|
Contact
Info |
|
Teaching |
|
Research |
Curiculum Vitae Publications ~ H. Lehr, Analysis of a Darcy-Stokes System Modeling Fluid Flow in Vuggy Porous Media, dissertation under supervision of T. Arbogast, August 2004 ~ H. Lehr & T. Arbogast, Homogenization of a Darcy-Stokes System Modeling Fluid Flow in Vuggy Porous Media, to appear in Computational Geosciences ~ H. Finotti & T. Arbogast, A Non-Conforming Numerical Method for a Darcy-Stokes System, in progess ~ W. Ding, H. Finotti, S. Lenhart, Y. Lou, Q. Ye, Optimal Control of Growth Coefficient on a Steady State Population Model, to appear Journal of Nonlinear Analysis: Series B ~ H. Finotti, Fragmentation of Resources and Susceptibility to Invasion, submitted ~ H. Finotti, S. Lenhart, Y. Lou, T. Phan, Optimal Control of Advection Direction on Reaction-Diffusion Population Models, submitted |
Links |
|
Personal |