- First column
- the wpi plan
- Our Signature Approach to Undergraduate Education

- academics

- the wpi plan
- Second column
- Third column

Common Searches:

Office Location

Stratton Hall 109B

Contact

+1-508-831-5267

Education:

BS Mathematics Indiana University 1989

MS Applied Mathematics University of Michigan 1990

PhD Mathematics and Scientific Computing University of Michigan 1995

Office Location

Stratton Hall 109B

Contact

+1-508-831-5267

Research Interests:

Dynamic Materials

Industrial Mathematics

Numerical Methods

Mathematical Modeling

Computational Fluid Dynamics

Scholarly Work:

A Multicompartment Mathematical Model of Cancer Stem Cell-Driven Tumor Growth Dynamics. Bulletin of Mathematical Biology.

Mathematical analysis of the waves propagation through a rectangular material structure in spaceâ€“time. Journal of Mathematical Analysis and Applications.

Industrial Math Case Studies - Solving Real World Problems. http://www.maa.org/programs/faculty-and-departments/pic-math/solving-real-world-problems.

The Center for Industrial Mathematics and Statistics at Worcester Polytechnic Institute. Involve, a Journal of Mathematics.

Wave propagation and energy exchange in a spatio-temporal material composite with rectangular microstructure. Journal of Mathematical Analysis and Applications.

A dispersive effective equation for wave propagation through spatio-temporal laminates. Wave Motion.

Some new advances in the theory of dynamic materials. IEEE Physics and Control, 2003. Proceedings.

Effective and Averaged Energy Densities in One-Dimensional Wave Propagation through Spatio-Temporal Dielectric Laminates with Negative Values of epsilon and mu. Kluwer Academic - Nonlinear Analysis and Applications: To V. Lakshmikantham on His 80th Birthd

Numerical computation of wave propagation in dynamic materials. Applied Numerical Mathematics.

A stable scheme for the numerical computation of long wave propagation in temporal laminates. Journal of Computational Physics.