PERSONNEL
- Richard K. Shaltens, Chief, Thermal Energy Conversion Branch
- Cheryl L. Bowman (RXA), Senior Materials Engineer
- Michael H. Brace (DEE), Stirling Electrical Engineer
- Peggy A. Cornell, Stirling Test Engineer
- Gina M. Dugala, Stirling Electrical Engineer
- Rodger W. Dyson, Computational Physicist
- Steven M. Geng, High Power Stirling, Magnetic Analysis, Data Systems
- Albert J. Juhasz, Brayton Cycle Analysis, Terrestrial & Nuclear Power
- Edward J. Lewandowski, Stirling Lab Manager
- Lee S. Mason, Fission Surface Power Principle Investigator
- Salvatore M. Oriti, Stirling Mechanical Engineer
- Albert K. Owen, Brayton Cycle Analysis, Test Engineer
- Nicholas A. Schifer, Mechanical Engineering Co-op
- Jeffrey G. Schreiber, Stirling Team Leader
- John Siamidis, Thermal Analysis
- Roy C. Tew, Stirling Cycle Analysis, Stirling Technical Monitor for Grants/Contracts
- Lanny G.Thieme, Stirling Technology Development
- Wayne A. Wong, ASC Project Manager
- Arthur J. Atherton (Analex), Stirling Mechanical Design
- Orie Barnes (Sest, Inc.), Senior Design Engineer
- Maxwell H. Briggs (Analex), Brayton Cycle Analysis, Brayton and Stirling Testing
- Charles H. Castle (Analex), Mechanical Design
- Barbara J. Coles (SGT, Inc.), IAPG Administrative Coordinator
- Deanna M. Dingess (SGT, Inc.), Administrative Support
- Wayne A. Gerber (Jacobs Sverdrup), Mechanical Engineering Technician
- David S. Hervol (Analex), Brayton Cycle Test Engineer
- Kerry E. Labay (Analex), Program Analyst
- David W. Meer (Sest, Inc.), Senior Mechanical Engineer
- Janis M. Niedra (ASRC), Advanced Magnetics
- Malcolm G. Robbie (Analex), Mechanical Engineer
- James L. Sanzi (Sest, Inc.), Heat Transfer
- Tracy J. Stidham (SGT, Inc.), Administrative Support
- Leonard K.Tower (DRA), Heat Pipe Development
- Scott D. Wilson (Sest, Inc.), Stirling Mechanical Engineer
- Gary M. Zitzman (Sest, Inc.), Engineering Project Management
Mailing address for all personnel:
NASA Glenn Research Center21000 Brookpark Road MS 301-2
Cleveland, OH 44135
NASA Fact
Have you ever heard a sonic boom? When an airplane travels at a speed faster than sound, density waves of sound emitted by the plane accumulate in a cone behind the plane. When this shock wave passes, a listener hears a sonic boom. Large meteors and the Space Shuttle frequently produce audible sonic booms before they are slowed to below the speed of sound by the Earth's atmosphere.
- NASA Official: Richard K. Shaltens
- Curator: Peggy A. Cornell
- Last Updated: June 27, 2008