Thermal
We are developing a multi-dimensional inverse heat conduction (IHC) platform used in High Energy Laser (HEL) test and evaluation (T&E). This is an integrated system that couples a low-cost, high-resolution array of temperature sensors with software modeling and visualization tools that allow researchers to analyze the interaction of the HEL beam with the target material. The first implementation provides information about the absorbed heat flux at the front surface of the target. We are working to extend this model to calculate the incident irradiance profile at the front surface of the target.

Photonics
Models have been developed to understand dispersion and light propagation in nanophotonic structures.. We are modeling super resolution structures for Laser Eye Protection, Solar Cells and Tunable Metamaterials.

Platform for Continuous Dynamic Systems
acslX is a modeling, execution, and analysis environment for continuous dynamic systems and processes. Simple to learn and easy to use, acslXtreme provides an intuitive environment for users at all levels and is versatile and powerful enough to address the most challenging simulation problems. acslX is used by scientists and engineers in fields including drug discovery and development, toxicology, aerospace engineering, automotive design, and industrial process engineering to solve complex mathematical problems.More…

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