Add to ORKGA larger, stronger deployable boom was developed to handle the requirements of larger, heavier payloads in space. The main components of the boom and its deployer are described and their functions explained. Desirable features of the boom are identified and physical properties are reported
This paper describes development of a deployable graphite truss beam that enables construction of ve...
A new Relatchable Launch Mechanism was developed which enables a deployable system to be restrained ...
Structures capable of deployment into complex, three-dimensional trusses have well known space techn...
A new deployable and retractable telescoping boom capable of high deployed stiffness and strength is...
This thesis deals with the further development of a boom deployment mechanism with integrated boom r...
Inflatable structures offer the potential of compactly stowing lightweight structures, which assume ...
peer-reviewedStructures used in space applications demand the highest levels of stiffness for their ...
The concept of utilizing small satellites to perform big mission objectives has grown from a distant...
Development and operation of metal ribbon which acts like self deploying boom are described. Metal r...
Inflatable structures offer the potential of compactly stowing lightweight structures, which assume...
The Deployable Retrievable Boom which was developed as a part of the joint U.S.-Italian Tethered Sat...
Future solar sail spacecraft which do not need any rocket motors and propellants are a promising opt...
Self-deploying structures seek to provide a compact launch package for large, lightweight satellite ...
Spacecraft, intended for solar sailing mission rely on deployable systems to achieve large area to m...
An analytical study was made to evaluate changes in the fundamental frequency of a two dimensional c...
This paper describes development of a deployable graphite truss beam that enables construction of ve...
A new Relatchable Launch Mechanism was developed which enables a deployable system to be restrained ...
Structures capable of deployment into complex, three-dimensional trusses have well known space techn...
A new deployable and retractable telescoping boom capable of high deployed stiffness and strength is...
This thesis deals with the further development of a boom deployment mechanism with integrated boom r...
Inflatable structures offer the potential of compactly stowing lightweight structures, which assume ...
peer-reviewedStructures used in space applications demand the highest levels of stiffness for their ...
The concept of utilizing small satellites to perform big mission objectives has grown from a distant...
Development and operation of metal ribbon which acts like self deploying boom are described. Metal r...
Inflatable structures offer the potential of compactly stowing lightweight structures, which assume...
The Deployable Retrievable Boom which was developed as a part of the joint U.S.-Italian Tethered Sat...
Future solar sail spacecraft which do not need any rocket motors and propellants are a promising opt...
Self-deploying structures seek to provide a compact launch package for large, lightweight satellite ...
Spacecraft, intended for solar sailing mission rely on deployable systems to achieve large area to m...
An analytical study was made to evaluate changes in the fundamental frequency of a two dimensional c...
This paper describes development of a deployable graphite truss beam that enables construction of ve...
A new Relatchable Launch Mechanism was developed which enables a deployable system to be restrained ...
Structures capable of deployment into complex, three-dimensional trusses have well known space techn...