A type of antenna reflector was studied in which a stiff structure is constructed to hold a membrane like reflector mesh in the correct position. An important basic restriction is that the mesh be controlled only by the structure and that no additional local shaping be employed. Furthermore, attention is confined to structures in which no adjustments would be made on assembly. Primary attention is given to the tetrahedral truss configuration because of its outstanding stiffness and dimensional stability
Large deployable antennas are required for the advancement of space communications, Earth observatio...
The application of geometrical schemes to large sphere antenna reflectors was investigated. The purp...
The characteristics of the acceleration-induced loading in structures consisting of triangular latti...
Several analytical studies of topics relevant to the design of large space structures are presented....
The 5-meter technology antenna program demonstrated the overall feasibility of integrating a mesh re...
Future space missions such as the Earth Science Geostationary Platform (ESGP) will require highly ac...
A concept for approximating curved antenna surfaces using flat facets is discussed. A preliminary de...
The requirements for low mass and high electromagnetic (EM) performance in large, flexible space ant...
The Large Adaptive Reflector (LAR) is a very large radio telescope proposed by the Dominion Radio a...
The first phase in the development of a solid surface, deployable, antenna reflector is outlined and...
Nowadays space missions such as Earth observation, telecommunication and science require large anten...
The mesh reflector is the only type of large, in-space deployable antenna that has successfully flow...
A simplified preliminary design capability for erectable precision segmented reflectors is presented...
The requirements for extremely precise and powerful large space antenna reflectors have motivated th...
An approach used to compute the size of a special radiometric reflector antenna is presented. Operat...
Large deployable antennas are required for the advancement of space communications, Earth observatio...
The application of geometrical schemes to large sphere antenna reflectors was investigated. The purp...
The characteristics of the acceleration-induced loading in structures consisting of triangular latti...
Several analytical studies of topics relevant to the design of large space structures are presented....
The 5-meter technology antenna program demonstrated the overall feasibility of integrating a mesh re...
Future space missions such as the Earth Science Geostationary Platform (ESGP) will require highly ac...
A concept for approximating curved antenna surfaces using flat facets is discussed. A preliminary de...
The requirements for low mass and high electromagnetic (EM) performance in large, flexible space ant...
The Large Adaptive Reflector (LAR) is a very large radio telescope proposed by the Dominion Radio a...
The first phase in the development of a solid surface, deployable, antenna reflector is outlined and...
Nowadays space missions such as Earth observation, telecommunication and science require large anten...
The mesh reflector is the only type of large, in-space deployable antenna that has successfully flow...
A simplified preliminary design capability for erectable precision segmented reflectors is presented...
The requirements for extremely precise and powerful large space antenna reflectors have motivated th...
An approach used to compute the size of a special radiometric reflector antenna is presented. Operat...
Large deployable antennas are required for the advancement of space communications, Earth observatio...
The application of geometrical schemes to large sphere antenna reflectors was investigated. The purp...
The characteristics of the acceleration-induced loading in structures consisting of triangular latti...