Greg Keogh

Background

About Greg Keogh

Aerodynamics technical lead and support on unmanned aircraft designs. Responsibilities include vehcile sizing, design for static stability, drag buildup, performance calculations, propeller analysis, and airfoil design- Multidisciplinary design and optimization of airfoil sections, wing planforms with structural considerations, aircraft designs, and designs of systems of aircraft- Developed a set of variable fidelity conceptual aircraft design tools to rapidly size and evaluate aircraft for a given mission profile, design variables, and constraint variables- Computational fluid dynamics analyses performed on multiple platforms and applications ranging from subsonic to transonic flow. External flow applications include aircraft components, full aircraft outer-mold-lines, unsteady rigid body propellers, and ducted fans. Internal flows include heat exchanger flow, engine inlet design, and internal ducting for engine cooling- Developed analytical models for various aircraft technologies contributing to next-generation aircraft efficiency. Formulated technology maturation plans and test plans to decrease risk and increase reliability of these technologies. Specialties: Conceptual aircraft design, next generation aircraft efficiency, aerodynamics, computational fluid dynamics, aircraft stability and control, multidisciplinary design and optimization