Wilthea Hibbard
Lawrence Livermore National Laboratory, University of Kansas
Papers
2
Total Citations
9
H-Index
2
About
Wilthea Hibbard’s research career bridges two demanding engineering frontiers: high-energy laser systems and advanced robotic manipulation. Her most influential work centers on the **National Ignition Facility (NIF)**, where she co-authored the preliminary design of the target area—a critical subsystem that must withstand extreme conditions while enabling precise experimental setups. This foundational 1997 paper, cited 5 times, helped shape one of the world’s most powerful laser facilities. In parallel, Hibbard made significant contributions to **robotics and control systems**, particularly for hazardous environments. Her 1995 paper on a hybrid position/force controller for a 6-DOF hydraulic manipulator (4 citations) introduced a novel approach that integrated force sensing with positional accuracy, implemented on a Kraft telerobotic slave. This work directly addressed the challenge of precise manipulation in unstructured or dangerous settings, such as nuclear decommissioning or space operations. By combining expertise in large-scale engineering design with nuanced robotic control, Hibbard’s research demonstrates a rare ability to solve problems across vastly different scales—from the macro-engineering of fusion targets to the fine-grained control of hydraulic arms. Her achievements underscore the importance of interdisciplinary thinking in modern engineering.
Research Focus
Key Achievements
Top Papers
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