Ken Schotte

Papers

Total Citations

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About

Dr. Ken Schotte is a leading researcher in geomatics and structural monitoring, whose work centers on the precise measurement and analysis of geometric deformations in civil engineering structures. His primary research areas include terrestrial laser scanning (TLS), deformation measurement methodologies, and the comparative performance of scanning instruments. Dr. Schotte’s major contribution lies in advancing the application of high-resolution laser scanning for monitoring newly built concrete constructions, demonstrating how this technology can detect subtle deformations that traditional methods might miss. His most cited work, "Application of laser scanning for deformation measurements: a comparison between different types of scanning instruments" (2012), has garnered 15 citations and serves as a foundational reference for engineers and researchers seeking to select the optimal scanning tool for structural health assessment. By systematically comparing instrument types, he has provided critical guidance for improving accuracy in real-world monitoring scenarios. Based at Ghent University’s Department of Geography, Dr. Schotte’s research bridges the gap between cutting-edge geodetic technology and practical civil engineering needs, making his work essential reading for students and professionals interested in non-contact deformation analysis and infrastructure safety.