G. Henrich
Papers
3
Total Citations
16
H-Index
3
About
G. Henrich is a researcher focused on advancing the non-destructive evaluation and autonomous mapping of critical underground utility infrastructure. Their primary contributions lie in the development of innovative sensing and positioning technologies for large-diameter pipes. Henrich is best known for pioneering **Pipe Penetrating Radar (PPR)** , an in-pipe application of Ground Penetrating Radar (GPR) detailed in their 2011 work. This method enables the detection of defects, voids, and external soil anomalies within non-metallic pipes (concrete, PVC, HDPE) larger than 18 inches, offering a transformative tool for condition assessments without excavation. Complementing this, Henrich’s research on **underground GPS positioning** integrates autonomous telerobotics and inertial navigation systems—borrowed from mining and construction—to create precise 3D maps of buried utility networks. While their citation counts (totaling 16) reflect a niche but specialized audience, the practical impact of their work is significant for civil engineers and utility managers seeking to modernize aging infrastructure. Henrich’s contributions bridge robotics, geophysics, and civil engineering, providing a foundation for safer, more efficient underground asset management.
Research Focus
Key Achievements
Top Papers
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