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About

Gary Bolton is a leading figure in the field of nuclear non-destructive testing (NDT), specializing in the development of automated inspection technologies for critical safety components. His research focuses on eddy current array systems and robotic ultrasonic testing, addressing the unique challenges of inspecting nuclear assets where surface-breaking defects and wall thinning pose significant risks. Bolton’s most impactful work, "Automated Real-Time Eddy Current Array Inspection of Nuclear Assets" (2022, 31 citations), demonstrates a breakthrough in detecting and characterizing surface discontinuities that volumetric methods like ultrasonics and radiography often miss. This innovation directly supports the nuclear industry’s need for reliable, high-speed inspection of components prone to stress corrosion cracking. His earlier contributions include pioneering robotic ultrasonic scanning for AGR fuel cladding (2016), enabling in-situ monitoring of wall thickness loss, and developing conformable eddy current arrays for inspecting stainless steel containers (2016). These achievements highlight Bolton’s commitment to automating inspections for large-scale, hazardous environments, reducing human exposure while improving detection accuracy. His work is essential for extending the lifespan and safety of nuclear assets, making him a key researcher in industrial NDT.