B.L. Spletzer

Sandia National Laboratories California, Office of Scientific and Technical Information

Papers

Total Citations

H-Index

About

Dr. B.L. Spletzer is a pioneering roboticist whose work spans advanced manufacturing, environmental remediation, and biomimetic locomotion. His most significant contribution is the invention of a mold-free robotic fabrication technique for polymer-matrix composite structures, detailed in his 2002 paper (6 citations). This innovation, which builds structures patch-by-patch, represented a radical departure from traditional composite manufacturing, enabling rapid, on-demand production without costly tooling. Earlier, Dr. Spletzer developed a generic data acquisition system for robotic waste characterization (1994, 3 citations), a critical tool for safely assessing contaminated sites within the DOE complex. His research also advanced the field of walking robots (2007, 2 citations), exploring applications from payload delivery in inaccessible terrain to exoskeleton-assisted human mobility. Though his citation counts are modest, the breadth of his work—from manufacturing to environmental robotics to locomotion—demonstrates a career dedicated to solving fundamental engineering challenges. Dr. Spletzer’s mold-free fabrication method, in particular, stands as a prescient contribution to the now-booming field of additive manufacturing.