Examples of our previous and current work:

Develop fast and efficient computational electromagnetics (CEM) tools (e.g. MLFMM) for solving large-scale real-life problems. Volume and hybrid volume-surface integral equations for simulating inhomogeneous scatterers and antennas.

Develop analysis and design tools for FSS and FVS structures. Employ the designed FSS and FSVs to increase antenna performance.

Utilize fast and efficient full-wave analysis tools (e.g. MLFMM) to investigate EMC/EMI problems associated with real life scenarios.

Develop computational tools to investigate the characteristics of manufactured photonic/electromagnetic bandgap (PBG/EBG) materials. Investigate and utilize the exotic propagation characteristics.

Develop hybrid computational tools to analyze the performance and coupling effects of large antenna arrays on realistic platforms.

Virtual Electromagnetic Test Range (VET)

Artificial Materials

EMC/EMI

Frequency Selective Surfaces (FSS) and Volumes (FSV)

Large Arrays on Platforms

Projects

Characterization of indoor wireless channels through the use of full-wave analysis tools for better coding alternatives to increase channel capacity.

Indoor Propagation

1320 Kinnear Rd,

Columbus, OH 43212

Contact Info:

Phone: 614-688-5822

Fax: 614-292-7297

E-mail: sertel.1@osu.edu