Susan Gourvenec
Papers
3
Total Citations
25
H-Index
2
About
Susan Gourvenec is a leading figure in offshore geotechnical engineering, with a focus on advancing in-situ ground characterization for offshore wind and infrastructure projects. Her research centers on the development of novel robotic tools, most notably the ROBOCONE, which integrates a cone penetration test (CPT) with a lateral p-y module to directly measure soil-pile interaction parameters in real time. This innovation addresses a critical bottleneck in offshore foundation design by providing high-quality data on lateral bearing factors and elastic stiffness in undrained clays and drained sands, bypassing the delays of traditional laboratory testing. Among her most cited works, a 2024 paper on lateral bearing factors in clay has garnered 14 citations, while a 2025 interpretative framework for sands has received 9, underscoring the immediate relevance of her contributions to accelerating offshore wind deployment. Gourvenec’s work is pivotal in reducing project timelines for global decarbonization, and she is recognized for bridging robotics and geotechnics to deliver practical, field-ready solutions. Her achievements include pioneering the ROBOCONE concept and establishing a robust interpretative framework that accounts for sand relative density and surcharge pressure, cementing her influence in sustainable energy infrastructure.
Research Focus
Key Achievements
Top Papers
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