Dr. Ayman Ahed Abu Ghazal | Materials for Energy Applications | Research Excellence Award
Jordan Atomic Energy Commission | Jordan
Dr. Ayman Ahed Abu Ghazal is a distinguished specialist in materials for energy and nuclear applications, recognized for his strong integration of materials science, nuclear engineering, and non-destructive evaluation techniques. His expertise centers on the characterization, monitoring, and performance assessment of structural and shielding materials used in advanced energy systems, particularly within nuclear environments. He has played a pivotal role in establishing specialized laboratory capabilities, including facilities for nuclear materials analysis and neutron calibration, contributing directly to national research infrastructure. Dr. Abu Ghazal’s work bridges experimental investigation, simulation, and applied engineering, with a focus on radiation–matter interactions, thermal–mechanical behavior of metals, and the development of enhanced radiation shielding materials. He is highly skilled in advanced diagnostic tools, gamma spectrometry, and computational modeling, enabling precise evaluation of material integrity under extreme conditions. Alongside his research contributions, he is actively involved in technical training, supervision of graduate projects, and interdisciplinary collaboration, fostering knowledge transfer between academia, research institutions, and applied energy sectors. His sustained commitment to innovation, safety, and scientific rigor has positioned him as a valuable contributor to the advancement of materials science for sustainable and secure energy technologies, making him a strong recipient of the Research Excellence Award.
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Featured Publications
Investigation of Structural Evolution in X2CrNiMo18-14-3 Steel During Initial Deformation Hardening
– Results in Materials, 2026
A Qualitative Assessment of the Influence of Gamma Radiation and Heating on Aluminum Using Non-Destructive Examination
– Radiation Physics and Chemistry, 2023
Study of the Contact Thermal Compression Behavior of Copper Using Scanning Contact Potentiometry and Finite Element Analysis
– Walailak Journal of Science and Technology, 2021
Experimental Prediction of Lead Failure Under Tensile Load Using Scanning Contact Potentiometry Technique
– Letters on Materials, 2021