A. Bruce Hulcher
Papers
2
Total Citations
7
H-Index
2
About
A. Bruce Hulcher is a materials and manufacturing researcher whose work has centered on the automated fabrication of advanced composite materials, with a particular focus on high-performance aerospace applications. Based at NASA Langley Research Center, Hulcher has contributed meaningfully to the development and optimization of automated fiber placement (AFP) technology, a cutting-edge manufacturing process critical to producing lightweight, structurally robust components for aerospace systems. His most notable work explores the fabrication of PEEK/IM7 thermoplastic composites using film interleaf layers — thin discrete resin layers placed between composite plies to enhance fatigue resistance, impact properties, and barrier performance for cryogenic applications. This research, cited five times, addresses real engineering challenges in next-generation spacecraft and structural materials. Alongside this, his investigations into NASA Langley's fiber placement facility — featuring an ABB robotic arm system — helped establish foundational insights into scalable, automated composite manufacturing workflows. Though Hulcher's citation counts remain modest, his contributions represent important applied engineering work at the intersection of robotics, materials science, and aerospace manufacturing. His research reflects NASA's broader commitment to advancing composite fabrication techniques that support safer, lighter, and more capable flight structures.
Research Focus
Key Achievements
Top Papers
- 1
- 2Studies on Automated Manufacturing of High Performance Composites2 citations · 2001