Jeremy Steward
Papers
1
Total Citations
4
H-Index
1
About
Jeremy Steward’s research bridges experimental mechanics and advanced optical sensing, with a focus on evaluating non-contact imaging technologies for structural health monitoring. His most-cited work, “Evaluating the capability of time-of-flight cameras for accurately imaging a cyclically loaded beam” (2015), systematically assesses the performance of the Mesa Imaging SR4000 and Microsoft Kinect 2.0 cameras in capturing dynamic surface deformations. By comparing these sensors under cyclic loading conditions, Steward provides critical insights into their accuracy, limitations, and potential for replacing traditional contact-based measurement methods. This study, with 4 citations, serves as a foundational reference for researchers integrating time-of-flight cameras into civil and mechanical engineering applications. Steward’s contributions are particularly valuable for advancing low-cost, high-speed imaging solutions in structural dynamics and fatigue analysis. His work underscores the importance of rigorous sensor validation, offering practical guidance for engineers seeking to deploy these cameras in real-world monitoring scenarios. Through this focused investigation, Steward has helped shape the dialogue around accessible, non-invasive measurement techniques, making his research a key resource for students and professionals exploring the intersection of optics and structural integrity.
Research Focus
Key Achievements
Top Papers
- 1