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Featured researches published by Thomas W. Giants.


45th AIAA/ASME/ASCE/AHS/ASC Structures, Structural Dynamics & Materials Conference | 2004

Engineering Development Model Testing of the PowerSphere

Edward J. Simburger; James H. Matsumoto; Thomas W. Giants; Alexander Garcia; Simon H. Liu; Suraj P. Rawal; Alan R. Perry; Craig H. Marshall; Lockheed Martin; John K. Lin; Stephen E. Scarborough; Henry B. Curtis; Thomas W. Kerslake; Todd Peterson; Dave Scheiman

The Aerospace Corporation, NASA Glenn Research Center, Lockheed-Martin, and ILC Dover over the past two years have been engaged in developing a Multifunctional Inflatable Structure for the PowerSphere Concept under contract with NASA (NAS3-01115). The PowerSphere concept consists of a relatively large spherical solar array, which would be deployed from a micro satellite. 1–8 The PowerSphere structure and the deployment method was patented by the Aerospace Corporation (U.S. Patent Numbers 6,284,966 B1 and 6,318,675). The work on this project has resulted in a number of technological innovations in the state of the art for integrating flexible thin-film solar cells with flex circuit harness technology and inflatable ultraviolet-light-rigidizable structures.


46th AIAA/ASME/ASCE/AHS/ASC Structures, Structural Dynamics and Materials Conference | 2005

Fabrication and Testing of a PowerSphere Engineering Development Unit

Edward J. Simburger; Thomas W. Giants; James H. Matsumoto; Alexander Garcia; Simon H. Liu; John K. Lin; Stephen E. Scarborough; Daniel J. Gleeson; Ilc Dove; Henry B. Curtis; Thomas W. Kerslake; Todd Peterson; David A. Scheiman; Suraj P. Rawal; Alan R. Perry; Craig H. Marshall

During the past three years the team of The Aerospace Corporation, Lockheed Martin Space Systems, NASA Glenn Research Center, and ILC Dover LP have been developing a multifunctional inflatable structure for the PowerSphere concept under contract with NASA (NAS3-01115). The PowerSphere attitude insensitive solar power-generating microsatellite, which could be used for many different space and Earth science purposes as discussed elsewhere, is ready for further refinement and flight demonstration. The project culminated during the third year with the manufacturing of the Powersphere Engineering Development Unit (EDU). One hemisphere of the EDU system was tested for packing and deployment and was subsequently rigidized. The other hemisphere was packed and stored for future testing in an uncured state. Both cured and uncured hemisphere components were delivered to NASA Glenn Research Center for thermal cycle testing and long term storage respectively. This paper will discuss the design, manufacturing, and thermal cycle testing of the PowerSphere EDU. The program also had a significant Education Outreach segment that will also be discussed.


43rd AIAA/ASME/ASCE/AHS/ASC Structures, Structural Dynamics, and Materials Conference | 2002

DEVELOPMENT OF A MULTIFUNCTIONAL INFLATABLE STRUCTURE FOR THE POWERSPHERE CONCEPT

Edward J. Simburger; James H. Matsumoto; John Lin; Suraj P. Rawal; Todd Peterson; Tom Kerslake; Carl Knoll; Alan Perry; Dave Barnett; Henry Curtis; Thomas W. Giants


Archive | 2000

Integrated solar power module

Edward J. Simburger; James H. Matsumoto; Thomas W. Giants; Alec Garcia; Frank R. Jeffrey; Paul A. Gierow


Materials Science and Engineering B-advanced Functional Solid-state Materials | 2005

Thin-film technology development for the PowerSphere

Edward J. Simburger; James H. Matsumoto; Thomas W. Giants; Alexander Garcia; Simon H. Liu; Suraj P. Rawal; Alan R. Perry; Craig H. Marshall; John K. Lin; Stephen E. Scarborough; Henry B. Curtis; Thomas W. Kerslake; Todd Peterson


19th AIAA Applied Aerodynamics Conference | 2001

Multifunctional structures for the PowerSphere concept

Edward J. Simburger; James H. Matsumoto; David Hinkley; David G. Gilmore; Thomas W. Giants; Jasen Ross


Archive | 2004

Thin film solar cell inflatable ultraviolet rigidizable deployment hinge

Edward J. Simburger; James H. Matsumoto; Thomas W. Giants; Alec Garcia; Alan R. Perry; Suraj P. Rawal; Craig H. Marshall; John K. Lin; Jonathan Robert Day; Thomas W. Kerslake; Stephen E. Scarborough


Materials Science and Engineering B-advanced Functional Solid-state Materials | 2005

DEVELOPMENT OF A THIN FILM SOLAR CELL INTERCONNECT FOR THE POWERSPHERE CONCEPT

Edward J. Simburger; James H. Matsumoto; Thomas W. Giants; Alexander Garcia; Simon H. Liu; Suraj P. Rawal; Alan R. Perry; Craig H. Marshall; John K. Lin; Stephen E. Scarborough; Henry B. Curtis; Thomas W. Kerslake; Todd Peterson


Archive | 2007

Thermal Cycle Testing of the Powersphere Engineering Development Unit

Alexander Garcia; Craig H. Marshall; Thomas W. Giants; David A. Scheiman; Todd Peterson; Stephen E. Scarborough; Thomas W. Kerslake; Alan R. Perry; Suraj P. Rawal; Henry B. Curtis; Edward J. Simburger; James H. Matsumoto; Mike Piszczor; John K. Lin; Simon H. Liu; Daniel J. Gleeson


Archive | 2005

Multifunctional Deployment Hinges Rigidified by Ultraviolet

Thomas W. Kerslake; Edward J. Simburger; James Matusmoto; Thomas W. Giants; Alexander Garcia; Alan R. Perry; Suraj P. Rawal; Craig H. Marshall; John K. Lin; Jonathan Robert Day; Stephen E. Scarborough

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Suraj P. Rawal

Lockheed Martin Space Systems

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Alan R. Perry

Lockheed Martin Space Systems

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Craig H. Marshall

Lockheed Martin Space Systems

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