Vegard Aune is an Associate Professor at the Department of Structural Engineering, Norwegian University of Science and Technology (NTNU). His research focuses on understanding material and structural responses to impact and extreme loading conditions, with particular emphasis on fluid-structure interactions during high-intensity surface pressures. His work combines experimental, theoretical, and numerical methods to predict and control how civil engineering structures respond to extreme environments. Research interests include the development of new experimental methods for studying blast-loaded structures, dynamic response analysis of metallic plates, and fluid-structure interaction phenomena. His investigations aim to enhance fundamental understanding of deformation mechanisms under explosive loads. Professor Aune maintains the SIMLab shock tube facility and has developed specialized equipment for blast testing. His research has practical applications in improving structural safety and resilience against extreme events.
Glyn Williams-Jones is a Professor and Co-Director of the Centre for Natural Hazards Research at Simon Fraser University's Department of Earth Sciences. His work bridges physical volcanology, glaciovolcanism, and geothermal systems with Indigenous knowledge integration. Current research explores magma dynamics in the Cascade Volcanic Arc Develops machine learning tools for volcano monitoring Integrates Indigenous oral histories with geological analyses Notable projects include studying Canada's deadliest volcanic eruption (Tseax, ~1700 CE) and developing hazard assessments for glacier-capped volcanoes. His lab employs advanced geophysical techniques like gravity modeling and seismic signal analysis. Students under his supervision work on topics spanning structural geology, glaciovolcanic cave systems, and volcanic risk communication. Recent publications highlight applications of machine learning in volcano-seismic data analysis (2025), Indigenous-Western science co-creation (2024), and glaciovolcanic void dynamics (2024). He actively collaborates with institutions like the Instituto Geofísico de la Escuela Politécnica Nacional in Ecuador.
Dr. James Lee is a Postdoctoral Researcher at the University of Oxford's Impact Engineering Laboratory since 2022. His work focuses on material characterization under dynamic loads, particularly in aerospace applications. He holds degrees from Imperial College London: BSc (2015), MSc (2018), and PhD (2023). Education: Bachelor's in Engineering (2015) Master's in Engineering Science (2018) PhD in Impact Engineering (2023) His research interests include Additive Manufacturing, Cellular Structure Characterization, and Angled Impact Dynamics. Recent publications explore lattice structure mechanics, soft material testing via SHPB, and blast mitigation using shock tubes. Current projects involve developing abrasion-resistant materials (NAM) and metal foam applications (MFACT). He collaborates with Professors Nik Petrinic and Daniel Eakins. No scientific awards explicitly mentioned. His work contributes to aerospace safety and material innovation.
Dr. Raymond Neff is a Senior Research Associate at the University of New South Wales (UNSW), affiliated with the School of Mechanical and Manufacturing Engineering and the ARC Training Center for Fire Retardant Materials and Safety Technologies. He joined UNSW in February 2020 after a career spanning roles at BASF Corporation (1997–2020), as a Senior Research Scientist National Institute of Standards and Technology (1995–1997), as an NRC Postdoctoral Associate His education includes a PhD in Chemical Engineering from the University of Minnesota (1995) BS in Chemical Engineering from the University of Illinois at Urbana-Champaign (USA) Research interests focus on sustainable flame-resistant materials , including flexible polyurethane foam for comfort applications, protective coatings/membranes for flammable building materials, and textile treatments. He also explores firefighting products for bushfire protection (e.g., structural and vegetation applications) and gas sensing nanotechnology for detecting fire emissions, toxic materials, and explosives. His work integrates structure-property relationships and rheology to enhance material performance and durability. His publications span advanced materials development, renewable polyurethane building blocks, and polymer processing techniques. Recent work emphasizes conductive sponges and nanotechnology applications, while earlier studies focused on polyurethane foam morphology and curing mechanisms. Dr. Neff coordinates industry collaborations, such as projects with Flame Security International. He advises students on flame-resistant materials research and has extensive experience in polymer innovation, including roles at BASF and NIST. He contributes to interdisciplinary teams at the ARC Training Center, advancing fire safety technologies and material science solutions.
Dr. Kyle Perry is an Associate Professor in the Department of Mining and Explosives Engineering at Missouri University of Science and Technology. He also serves as Associate Chair for Academic Affairs and Director of the S&T Experimental Mine. His research focuses on blast-resistant design, mine seal integrity, and coal dust explosion prevention. Perry holds a Ph.D. in Mining Engineering from the University of Kentucky (2010) and a B.S. in Civil Engineering from the University of Missouri (2007). His work bridges computational modeling (e.g., Material Point Method validation) with experimental testing of structural systems under blast loads. Key projects include evaluating explosion-resistant curtain wall systems, analyzing highwall stability from blasting, and developing hydrophobic rock dust for underground safety. Perry's contributions extend to editorial leadership in ground control research and advancing safe haven wall technologies for coal mines.
Emil Mottola is an Adjunct Professor in the Department of Physics and Astronomy at The University of New Mexico (UNM) . His research focuses on theoretical high energy physics, with particular emphasis on quantum gravity, cosmology, and black hole alternatives such as gravitational vacuum condensate stars (gravastars). He holds a PhD from Columbia University (1979). Key research interests include the conformal anomaly, dark energy dynamics, and the interplay between quantum field theory and spacetime structure. He has contributed to understanding de Sitter vacuum instability, gravitational wave phenomena, and cosmic frontier challenges like cosmological tensions in observational data. Selected recent work spans gravastar models, axion physics in condensed matter systems, and quantum information applications in nuclear physics. His publications address fundamental questions in cosmology, particle physics, and the validity of semiclassical gravity approximations. No specific advising or grant information is provided in the source materials. His work connects theoretical physics with observational cosmology and condensed matter analogues, reflecting a multi-disciplinary approach to fundamental physics challenges.
Lucjan Śnieżek is a Professor at the Military University of Technology, specializing in mechanical engineering with a focus on materials science and advanced manufacturing technologies. His research emphasizes welding techniques, fatigue analysis, and the development of high-performance materials for military and industrial applications. He has authored 126 publications, supervised 8 promoted theses, and holds 4 patents. His work spans additive manufacturing, fracture mechanics, and the mechanical properties of advanced alloys like AA2519, titanium, and 316L steel. Education: Not explicitly detailed in the text. Research Interests: Friction stir welding, composite materials, fatigue testing, explosive welding, and microstructure optimization of metals and alloys. Dr. Śnieżek’s research demonstrates a strong emphasis on practical applications, including armor-grade materials, ballistic resistance, and enhancing the durability of components through advanced processing techniques. His studies often bridge experimental and numerical methods, contributing to both theoretical understanding and industrial solutions. Grants/Projects: 12 projects funded, focusing on topics like additive manufacturing, laser powder bed fusion, and composite material synthesis. His lab work involves interdisciplinary collaboration, addressing challenges in materials engineering for defense and aerospace sectors. Recent trends in his publications highlight innovations in additive technologies and the mechanical behavior of materials under extreme conditions.
Majid Aleyassin is a Lecturer in the School of Engineering at the University of Aberdeen, where he contributes to research and teaching in mechanical and structural engineering. His work bridges theoretical modeling, computational simulation, and practical engineering applications. His research interests include Vibration Analysis , Structural Dynamics , Rotor Dynamics , Blast Response Modeling , Surrogate Modeling , and Finite Element Methods . He also actively explores Engineering Education , particularly in computational thinking and digital assessment in large courses. The trend in his recent publications (2022–2025) shows a strong focus on developing simplified yet accurate models—especially surrogate models—for complex engineering problems in offshore, aerospace, and safety-critical systems. His work integrates control theory, structural mechanics, and numerical methods to improve system performance and safety. Scientific Awards: Best Paper Award Finalist (2017) – 'Selection of Positive Position Feedback Controllers for Damping and Precision Positioning Applications' Advising and Grants: While specific students and grants are not listed in the provided text, his long-standing research output, book publication, and active collaboration suggest significant involvement in supervising students and securing research support. He has co-authored works with researchers such as S. S. Aphale, J. J. Harrigan, and R. Whalley, indicating strong research group integration. Labs and Research Teams: Although no specific lab or team name is mentioned, his research in vibration control, rotor dynamics, and blast modeling suggests affiliation with mechanical systems or dynamics laboratories within the School of Engineering at the University of Aberdeen.
Zhaofeng Li is an Associate Professor and Master Tutor at the Geotechnical and Structural Engineering Center, Shandong University. His research focuses on environmental geotechnical engineering, multi-source industrial/urban solid waste utilization, and disaster prevention in underground infrastructure. Environmental Geotechnical Engineering Solid Waste Cooperative Utilization Tunnel/Underground Disaster Control His recent publications emphasize red mud-slag composites, chemical corrosion resistance, and geopolymer grouting materials. Articles also cover particle size effects on grout diffusion in weathered granite, xanthan-modified cement slurries, and high water-solid ratio optimization. Patents highlight cement-water glass systems, iron-aluminate cement from waste, and anti-explosion grouting devices for high-pressure applications.
Professor Chi King Lee is a full Professor in the Department of Civil Engineering at the School of Engineering & IT, University of New South Wales (UNSW) Canberra, Australia, a position he has held since June 2015. Prior to this, he served at Nanyang Technological University (NTU), Singapore, as Lecturer (1998–2000), Assistant Professor (2000–2001), and Associate Professor (2002–2015). He earned his PhD from Imperial College London in 1996, with earlier degrees from the University of Hong Kong. His research spans: Structural and numerical engineering Sustainable construction materials (e.g., green concrete, ECC) Protective engineering (blast, impact, progressive collapse) Steel structures and integrated sustainable design His recent publications reflect a strong focus on sustainable materials, structural resilience under extreme loads, and advanced numerical modelling. He has over 190 journal articles, 11 book chapters, and serves on the Editorial Board of Engineering Structures . He actively supervises PhD students and offers competitive scholarships. Scientific contributions include: Editorial Board, Engineering Structures (2021–present) Consultant for PSA Singapore and structural software firms Extensive publication record in high-impact journals He mentors PhD candidates in sustainable materials and protective engineering, with research supported by institutional and industry collaboration. His work integrates numerical simulation, experimental validation, and practical application in civil and defence infrastructure.
Brennan Thompson is an Associate Professor in the Department of Kinesiology and Health Science at Utah State University . He directs the Neuromuscular Research Lab and serves on graduate student committees, supervising research projects. Previously, he co-directed the muscular assessment lab at Texas Tech University . PhD in Health and Human Performance (Applied Exercise Physiology), Oklahoma State University (2013) MS in Human Movement Science , Utah State University (2008) BS in Exercise Science , Weber State University (2004) Research Interests focus on neuromuscular fatigue , resistance training adaptations , and muscle function across the lifespan . His lab investigates optimal strategies to improve neuromuscular health in older adults , with applications in rehabilitation , occupational health , and sports performance . Teaching includes Advanced Neuromuscular Exercise Physiology and Research Methods in Kinesiology , with a focus on neuromuscular physiology principles and their application to human performance . Scientific Awards Fellow of the National Strength and Conditioning Association (2024) A.B. Harrison Endowed Scholarship Award (2013) Distinguished Graduate Fellowship Award (2013) Graduate Student Research Award Winner (2012) Outstanding Graduate Assistant of the Year (2012) Supplementary Fellowship Award (2010) His student mentorship includes guiding graduate researchers in muscle physiology , resistance training , and occupational fatigue studies , with over 14 mentees since 2015.
Luisa Giuliani is an Associate Professor at the Department of Civil and Mechanical Engineering Structures and Safety at the Technical University of Denmark. Her expertise spans structural robustness, nonlinear structural behavior, and fire safety engineering, with a focus on progressive collapse and infrastructure resilience. Education: PhD in Structural Engineering International Experience: Visiting researcher at TU Hamburg-Harburg (2008-2009, 2004-2005), Erasmus exchange student in Germany (1999) Her research investigates structural responses to exceptional actions like fire and explosions, contributing to sustainable design practices. Key projects include hydrogen tunnel safety (HyTunnel-CS) and fire protection of bridge cables. She employs advanced tools such as Abaqus, Ansys, and Fire Dynamics Simulator (FDS) for modeling. Recent work addresses fire-induced glass breakage, tunnel explosion mitigation, and hydrogen vehicle fire spread. She serves on scientific committees for conferences like NordicSteel and SEMC, organizing sessions on collapse safety and fire vulnerability. Languages: Italian (mother tongue), English and German (advanced), Danish (intermediate), French (basics). Software expertise includes FEM/CFD programs (Abaqus, FDS) and coding (Visual Basic .Net, APDL).
Smolyakov Oleksandr Vasyliovych is Professor at Zaporizhzhia Polytechnic University , where he has been on faculty since 2023. Holding a PhD (Candidate of Technical Sciences, 2000) and a Doctor of Physical & Mathematical Sciences (2020) from Zaporizhzhia State University, he is a leading expert in solid-state physics and materials science. Education: Diploma, “Solid State Physics”, Zaporizhzhia State University, 1995 Candidate of Technical Sciences (PhD), 27 June 2000 Doctor of Physical & Mathematical Sciences, 26 November 2020 Academic title: Associate Professor, 17 June 2004 Research Interests: Professor Smolyakov’s work focuses on crystallization processes in amorphous metal alloys , formation of quasicrystalline and high-entropy alloys , and laser-induced structural-phase transformations in metals . His investigations span from fundamental solid-state physics to applied surface-engineering technologies for aerospace and energy applications. Scientific Output & Trends: Over the past five years he has published nine articles in Scopus/Web-of-Science-indexed journals, covering laser alloying of high-entropy alloys, explosive crystallization of Fe-based metallic glasses, and laser strengthening of titanium alloys for gas-turbine engines. The research trajectory demonstrates a clear emphasis on non-equilibrium processing routes , multi-principal-element materials , and laser–matter interaction modeling . Honours & Awards: Certificate of Honor, Zhovtnev District Administration (2006) Honorary Certificate, Ministry of Science of Ukraine (2006) Certificate of Honor, Zaporizhzhia City Council (2011) Certificate of the Department of Education and Science of the Zaporizhia RSA (2016) Certificate of the Zaporizhzhia Regional Council (2021) Certificate of Oleksandrivskyi District Administration (2023) Grants, Projects & Supervision: Since 2001 he has served as scientific supervisor or responsible executor of six state-funded research projects on laser processing and phase-formation phenomena. He is a member of the Specialized Academic Council D 08.051.02 at Oles Honchar Dnipro National University and has acted as first official opponent for a PhD dissertation in 2022. Six Ukrainian patents and one textbook ( Diffraction Research Methods , 2014) further underscore his technology-transfer and educational impact. Laboratory & Team Affiliation: Professor Smolyakov conducts experimental and modeling work within the university’s interdisciplinary laboratories focused on advanced structural analysis and laser processing technologies, collaborating with graduate students and industry partners on next-generation aerospace materials.
Dr. Sergii Kashkarov is a Lecturer in Hydrogen Safety at Ulster University within the Belfast School of Architecture & the Built Environment , focusing on advanced safety mechanisms for hydrogen storage systems. His work integrates computational fluid dynamics (CFD), fire safety engineering, and quantitative risk assessment (QRA) to address hazards in hydrogen vehicles and maritime applications. Dr. Kashkarov actively contributes to hydrogen safety research through projects like MANGOS (maritime hydrogen storage innovation) and HYLANTIC , collaborating with institutions across Europe. His research explores self-venting composite tanks , blowdown modeling , and fire resistance of hydrogen vessels, ensuring compliance with global safety standards. His publications highlight fire-induced tank rupture , blast wave propagation , and hazard distance nomograms for hydrogen storage in vehicles and tunnels. He also participates in Advance HE (Higher Education Academy) to enhance academic training in hydrogen safety. Key Research Areas: Hydrogen Storage, Fire Safety, CFD Modeling, Maritime Decarbonization Projects: MANGOS, HYLANTIC, Northern Ireland Green Seas Recognition: Publications in International Journal of Hydrogen Energy , Hydrogen , and Green Energy and Sustainability Dr. Kashkarov’s work aligns with UN Sustainable Development Goals, particularly SDG 7 (Affordable Energy) and SDG 13 (Climate Action) , by advancing zero-emission hydrogen technologies.
Zeris Christos is a Professor in the Department of Structural Engineering at the National Technical University of Athens (NTUA), where he also directs the Reinforced Concrete Laboratory. His work focuses on seismic performance evaluation, fire-resistant concrete, and composite material applications. Academic Rank: Professor Department: Structural Engineering Institution: NTUA Research interests include: Seismic behavior of reinforced concrete (RC) structures Advanced cementitious composites with carbon nanotubes Corrosion resistance in concrete materials Second-order effects in structural analysis Rocking oscillators and soft story dynamics Blast mitigation strategies for structural systems His recent publications emphasize numerical modeling of seismic performance, chloride penetration in CNT-reinforced concrete, and cyclic load testing of RC interfaces. Key trends include fire-resistant concrete innovation and seismic retrofitting methodologies.
