The automated fiber placement process has been in development at Hercules since 1980. Fiber placement is being developed specifically for aircraft and other high performance structural applications. Several major milestones have been achieved during process development. These milestones are discussed in this paper. The automated fiber placement process is currently being demonstrated on the NASA ACT program. All demonstration projects to date have focused on fiber placement of transport aircraft fuselage structures. Hercules has worked closely with Boeing and Douglas on these demonstration projects. This paper gives a description of demonstration projects and results achieved
An automated apparatus has been designed and constructed that enables the automated lay-up of compos...
What automated composite laminate manufacturing isWhy automation is of interest in science applicati...
Fiber placement as a manufacturing method for composite parts has gained popularity in recent years....
The Hercules/NASA Advanced Composite Technology (ACT) program will demonstrate the low cost potentia...
Automated fiber placement is a manufacturing process used for producing complex composite structures...
Automated fiber placement (AFP) is a composite manufacturing technique used to fabricate complex adv...
The Hercules NASA ACT program was established to demonstrate and validate the low cost potential of ...
Automated fiber placement (AFP) is a composite manufacturing technique used to fabricate complex adv...
New automated fiber placement systems at the NASA Langley Research Center and NASA Marshall Space Fl...
The ability to accurately manufacture large complex shapes in a consistent and repeatable manner has...
The advent of Automated Fiber Placement (AFP) systems have aided the rapid manufacturing of composit...
AbstractIn the research project “High-performance Production of CFRP Structures” (HP CFK) a new auto...
International audienceMaterial composites are increasingly used in the demanding field of aeronautic...
Composite wind tunnel blades are frequently fabricated by hand layup of prepreg fabrics. Though well...
Automated fiber placement provides many advancements beyond traditional hand layups in terms of effi...
An automated apparatus has been designed and constructed that enables the automated lay-up of compos...
What automated composite laminate manufacturing isWhy automation is of interest in science applicati...
Fiber placement as a manufacturing method for composite parts has gained popularity in recent years....
The Hercules/NASA Advanced Composite Technology (ACT) program will demonstrate the low cost potentia...
Automated fiber placement is a manufacturing process used for producing complex composite structures...
Automated fiber placement (AFP) is a composite manufacturing technique used to fabricate complex adv...
The Hercules NASA ACT program was established to demonstrate and validate the low cost potential of ...
Automated fiber placement (AFP) is a composite manufacturing technique used to fabricate complex adv...
New automated fiber placement systems at the NASA Langley Research Center and NASA Marshall Space Fl...
The ability to accurately manufacture large complex shapes in a consistent and repeatable manner has...
The advent of Automated Fiber Placement (AFP) systems have aided the rapid manufacturing of composit...
AbstractIn the research project “High-performance Production of CFRP Structures” (HP CFK) a new auto...
International audienceMaterial composites are increasingly used in the demanding field of aeronautic...
Composite wind tunnel blades are frequently fabricated by hand layup of prepreg fabrics. Though well...
Automated fiber placement provides many advancements beyond traditional hand layups in terms of effi...
An automated apparatus has been designed and constructed that enables the automated lay-up of compos...
What automated composite laminate manufacturing isWhy automation is of interest in science applicati...
Fiber placement as a manufacturing method for composite parts has gained popularity in recent years....