Research Interests

• Generally:  Fluid mechanics, nonlinear PDEs/ODEs/discrete systems, large-scale scientific computation, numerical analysis, mathematical biology
• Currently: Modeling and simulation of blood flow and transport in the microcirculation under normal and pathological conditions.
• Applications include oxygen and nitric oxide transport during sepsis and the effect of blood flow and transport on tumor growth
• Computational techniques for solving partial differential equations
• Model-based data analysis and image processing

Teaching

Spring 2005: Math 637 (Foundations of Mathematical Biology)

Fall 2005: Math 111 (Calculus I)

Fall 2005: Math 340 (Numerical Methods and Optimization)

Curriculum Vitae

Publications

Research

Opportunities

Movies