Dries Van Dyck

Papers

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About

Dries Van Dyck is a nuclear engineering researcher whose work focuses on advanced instrumentation for next-generation reactor systems, particularly liquid metal cooled fast reactors. His major contributions center on developing resilient diagnostic technologies for the MYRRHA facility—a multi-purpose flexible irradiation reactor designed to replace the aging BR2. MYRRHA, cooled with lead-bismuth eutectic (LBE) and configured as an accelerator driven system, demands innovative solutions for harsh operating environments. Van Dyck’s most cited work, "An Ultrasonic Fuel Identification System for Liquid Metal Cooled Reactors Resilient Against Multiple Transducer Failures" (2014, 7 citations), introduces a robust ultrasonic system capable of identifying fuel assemblies even when multiple transducers fail—a critical advancement for reactor safety and operational reliability. This research addresses the unique challenges of in-vessel monitoring in opaque, high-temperature liquid metal coolants. While his citation count reflects the specialized nature of his field, Van Dyck’s contributions are foundational to the development of sustainable nuclear technologies, supporting Europe’s transition to cleaner energy through enhanced reactor instrumentation. His work exemplifies the intersection of nuclear safety, materials science, and signal processing in advanced reactor design.