Sameh Gaawan
Papers
2
Total Citations
4
H-Index
2
About
Sameh Gaawan is a structural engineer whose research centers on the dynamic behavior of pedestrian bridges, with a specific focus on human-induced vibrations and serviceability. His work addresses a critical challenge in modern infrastructure: as bridges become longer, lighter, and more slender due to high-strength materials, they become increasingly susceptible to vibrations that compromise user comfort and safety. Gaawan’s major contributions include developing assessment methodologies for footbridge structures, particularly through computational modeling using tools like Robot Structural Analysis. His 2019 study on pedestrian bridge structure and comfort assessment, alongside his 2015 evaluation of continuous footbridges, systematically examines how footfall patterns and structural properties interact to produce vibrations. Though his citation counts are modest, his research is foundational for engineers designing lightweight, long-span bridges, providing practical frameworks for vibration mitigation. Gaawan’s work bridges the gap between advanced structural analysis and real-world pedestrian experience, ensuring that modern bridges remain both innovative and comfortable for users. His focus on human-structure interaction positions him as a specialist in the evolving field of structural dynamics and serviceability design.
Research Focus
Key Achievements
Top Papers
- 1
- 2Evaluation of human-induced vibration of continuous footbridges2 citations · 2015