An automated beam builder for the fabrication of space structures is described. The beam builder forms a triangular truss 1.3 meters on a side. Flat strips of preconsolidated graphite fiber fabric in a polysulfone matrix are coiled in a storage canister. Heaters raise the material to forming temperature then the structural cap section is formed by a series of rollers. After cooling, cross members and diagonal tension cords are ultrasonically welded in place to complete the truss. The stability of fabricated structures and composite materials is also examined
The fabrication machine used for the rolltrusion and on-orbit forming of graphite thermoplastic (CTP...
The development effort on the composite beam cap fabricator was completed within cost and close to a...
The goal of Boeing's Advanced Technology Composite Aircraft Structures (ATCAS) program is to develop...
The composite material beam builder which will produce triangular beams from pre-consolidated graphi...
The technology required to develop a beam builder which automatically fabricates long, continuous, l...
A rolltrusion process was developed for forming of a hybrid, single-ply woven graphite and glass fib...
A detailed design for a prototype, composite beam cap fabricator was established. Inputs to this des...
Pultrusion as a workable process for thermoset and thermoplastic graphite composite closed caps is d...
This study focuses on manufacturing processes of fiber reinforced thermoplastic fuselages. To demons...
The development of a geodetic beam and beam builder for on orbit construction of large truss type sp...
In-space manufacturing (ISM) is a candidate approach for constructing next-generation space structur...
A range of tasks focused on a baseline system concept is discussed. A beam builder concept developed...
The emerging class of direct manufacturing processes known as Solid Freeform Fabrication (SFF) emplo...
A graphite/epoxy metering truss as applied to the large space telescope was investigated. A full-sca...
This paper describes development of a deployable graphite truss beam that enables construction of ve...
The fabrication machine used for the rolltrusion and on-orbit forming of graphite thermoplastic (CTP...
The development effort on the composite beam cap fabricator was completed within cost and close to a...
The goal of Boeing's Advanced Technology Composite Aircraft Structures (ATCAS) program is to develop...
The composite material beam builder which will produce triangular beams from pre-consolidated graphi...
The technology required to develop a beam builder which automatically fabricates long, continuous, l...
A rolltrusion process was developed for forming of a hybrid, single-ply woven graphite and glass fib...
A detailed design for a prototype, composite beam cap fabricator was established. Inputs to this des...
Pultrusion as a workable process for thermoset and thermoplastic graphite composite closed caps is d...
This study focuses on manufacturing processes of fiber reinforced thermoplastic fuselages. To demons...
The development of a geodetic beam and beam builder for on orbit construction of large truss type sp...
In-space manufacturing (ISM) is a candidate approach for constructing next-generation space structur...
A range of tasks focused on a baseline system concept is discussed. A beam builder concept developed...
The emerging class of direct manufacturing processes known as Solid Freeform Fabrication (SFF) emplo...
A graphite/epoxy metering truss as applied to the large space telescope was investigated. A full-sca...
This paper describes development of a deployable graphite truss beam that enables construction of ve...
The fabrication machine used for the rolltrusion and on-orbit forming of graphite thermoplastic (CTP...
The development effort on the composite beam cap fabricator was completed within cost and close to a...
The goal of Boeing's Advanced Technology Composite Aircraft Structures (ATCAS) program is to develop...