VLADIMIR PETROV TODOROV is an Associate Professor at the Technical University - Gabrovo , affiliated with the Faculty of Mechanical Engineering and Instrument Making and the Department of Materials Science and Mechanics of Materials . His research focuses on carbide-bainite cast irons , mechanical properties , and wear resistance under various industrial conditions. Key Research Areas Carbide-Bainite Microstructures Heat Treatment Optimization Abrasive Wear Modeling Steel and Cast Iron Characterization Notable Contributions Developed mathematical models for mechanical property prediction Published textbooks on metallurgy and heat treatment Co-authored international conference papers on advanced materials Publication Trends (2014-2024): 70% focus on carbide-bainite cast irons , 20% on steel alloys , and 10% on dental composites . Subfields include microstructure engineering , wear testing , and thermal processing .
Associate Professor Runyu Yang is a faculty member at the School of Materials Science & Engineering, University of New South Wales (UNSW), where he has served since 2003. His academic progression at UNSW includes positions as ARC-CSIRO Postdoctoral Fellow (2003-2006), Lecturer (2006-2008), Senior Lecturer (2008-2011), and Associate Professor (2012-present). His research focuses on particle/powder science and technology, with particular expertise in numerical modeling of particulate systems. Dr. Yang's research interests center on discrete element method (DEM) modeling, granular flow dynamics, particle packing, and multi-phase flow systems. His work has significantly advanced understanding in powder dispersion mechanisms, particularly in pharmaceutical applications such as dry powder inhalers. He has developed improved DEM models by incorporating rolling friction and van der Waals forces, and demonstrated that the loosest state of mechanically stable random packings does not exist—a finding published in Physical Review Letters. His research spans both fundamental particle science and practical applications in pharmaceuticals, mineral processing, and energy systems. Analysis of Dr. Yang's recent publications (2023-2025) reveals a strong focus on computational modeling of particulate systems across diverse applications. His work demonstrates a clear trajectory toward increasingly sophisticated multi-physics approaches, combining DEM with CFD, VOF, and GPU acceleration techniques. The research spans pharmaceutical aerosols (particularly dry powder inhalers), mineral processing (HPGR and SAG mills), metallurgical applications (blast furnace slag), and fundamental particle science. This interdisciplinary approach connects fundamental particle physics with practical engineering applications across multiple industries. Dr. Yang has published over 60 high-quality, peer-reviewed journal and conference papers in prestigious journals including Physical Review Letters/E, Journal of Applied Physics, Journal of Colloid and Interface Science, and AIChE Journal. His work has been cited over 460 times with an h-index of 12, reflecting significant impact in his field. Dr. Yang has attracted more than $1 million in research funding from the Australian Research Council (ARC), CSIRO, and industry partners. He is currently supervising 1 postdoctoral fellow and 6 postgraduate students. His teaching contributions include courses on Material Balance and Heat Transfer, Heat, Fluid and Mass Flow, Modelling in Material Engineering, and Pollution Control in Materials Processing.
Belkacem Zeghmati is a Professor at the University of Perpignan , affiliated with the LAMPS Multidisciplinary Modeling and Simulation Laboratory and the IUT Department of Industrial Engineering and Maintenance (GIM) . His research focuses on fluid mechanics, energy systems, and heat/mass transfer phenomena. Primary research areas include two-phase flows, solar energy applications, natural/mixed/forced convection, and numerical modeling of thermal processes. Current projects involve simulating heat transfer in Newtonian fluid films, condensation processes, convection-radiation interactions, and solar system modeling for drying agricultural products and desalination. Applications span agri-food drying, brackish water distillation, passive air conditioning, and heat storage technologies.
Matthias Schmelz is a researcher at the Leibniz Institute of Photonic Technology, working in the Quantum Circuits group under the Research Department Quantum Systems. His work focuses on the development of superconducting quantum circuits and cryogenic electronics, with a particular emphasis on Josephson junction fabrication, SQUID-based readout systems, and wafer-scale integration for scalable quantum technologies. Key research contributions include the design of adiabatic quantum flux parametrons (AQFP), development of high-inductance cryogenic current comparators (CCC), and optimization of microwave SQUID multiplexer (µMUX) architectures for terahertz security cameras. His projects involve collaborations with institutions like CERN and GSI Darmstadt, addressing challenges in millikelvin thermalization, noise reduction, and quantum device characterization. Recent publications highlight advancements in cross-type Josephson junction fabrication, controllable mode coupling in coplanar waveguides, and hybrid NbN-Al quantum technologies. These works span journals including Physical Review B and IEEE Transactions on Applied Superconductivity , with applications in quantum computing, particle beam diagnostics, and high-sensitivity optical sensor readouts.
Associate Professor Heiner Heimes serves as Chair of Production Engineering of E-Mobility Components at RWTH Aachen University . His work focuses on advanced manufacturing technologies for electric mobility, including battery systems, fuel cells, and sustainable production processes. Member of the Institute Management Contact: h.heimes@pem.rwth-aachen.de Research interests span battery technology , fuel cell systems , production engineering , and electric mobility solutions . His recent publications emphasize techno-economic models, defect detection, and process optimization in EV battery manufacturing. Key article trends include solid-state batteries , laser-based drying , automated disassembly , and AI-driven production , reflecting his contributions to scalable, sustainable e-mobility infrastructure. Scientific awards: As a collaborator in numerous studies, Heimes contributes to advancing dynamic capability models for electric mobility and optimizing hairpin stator production . His work addresses challenges in battery recycling, thermal management, and Industry 4.0 implementation.
Pilar Diaz Carrasco is a Researcher at the University of Granada's Department of Industrial and Civil Engineering, affiliated with the RNM912 Coastal Engineering research group. She earned her PhD in 2019 with a thesis on wave-breakwater interactions, supervised by Dr. Miguel Ortega Sánchez and Dr. María Clavero Gilabert. Her work focuses on Natural Resources and Environmental challenges in coastal zones. Research Focus: Her primary interests include coastal protection engineering, hydraulic performance of breakwaters, neural network applications for wave modeling, climate change resilience, and sediment analysis. Recent work integrates machine learning with traditional coastal engineering methods to optimize structure design and monitoring. Publication Trends (2023-2025): Her 15 most recent articles demonstrate a strong emphasis on: (1) AI-driven modeling of wave-structure interactions using neural networks, (2) Innovative measurement techniques like 3D scanning for breakwater assessment, (3) Hydraulic performance optimization of coastal structures, and (4) Climate adaptation strategies for Andalusian coastlines. Educational contributions include foundational texts on hydrodynamics and wave theory. Awards & Recognition: No scientific awards are mentioned in available sources. Research Infrastructure: She utilizes the Environmental Fluid Dynamics Laboratory and collaborates within the RNM912 Coastal Engineering group, focusing on both numerical simulations and experimental validations.
Roland Masson is a Professor of Applied Mathematics at the J.A. Dieudonné Department of Mathematics, University Côte d'Azur. He is also a member of the Coffee EPC (Inria centre Université Côte d'Azur) and collaborates with institutions like Inria, IFPEN, BRGM, and Andra. His research focuses on multi-physics simulations , including thermo-hydro-mechanical models and multiphase Darcy flows in heterogeneous and fractured porous media, with applications to geothermal systems, geological storage, and mineral resources. His work involves developing numerical methods for discretizing PDEs on polyhedral meshes , iterative coupling algorithms , and domain decomposition methods . He leads projects like Mathématiques Souterraines (MathSout) and ANR PRCE Earth-Beat , which explore transient couplings in hydrothermal systems. Masson has contributed to software development, notably the ComPASS open-source simulator. His publications span topics such as VEM-Nitsche schemes , hybrid-dimensional models , and finite volume methods for complex geological systems. He teaches courses on finite volume methods for PDEs , dynamic systems , and finite elements at University Côte d'Azur.
Arosha Dabarera is a Lecturer in Civil Engineering Materials at the School of Physics, Engineering and Computer Science, University of Hertfordshire. Previously, he served as Research Associate & Managing Editor at the University of Sheffield (2022-2023), where he led editorial management for the journal Materials and Structures and conducted research on magnesia-based cements for nuclear applications under Editor-in-Chief Prof. John Provis. His academic qualifications include: PhD in Civil Engineering from the University of Queensland (2018-2022), awarded the Dean’s Outstanding Higher Degree by Research Theses 2022 for his thesis on Early-age cracking in concrete structures: Mechanisms and Control MSc in Concrete Technology from Thammasat University (2014-2016) focusing on Developing a model for predicting adiabatic temperature rise and thermal cracking of mass concrete containing GGBFS BSc in Civil and Infrastructure Engineering from the Asian Institute of Technology (2010-2014) examining cellular lightweight concrete mix designs and drying shrinkage cracks Dr. Dabarera’s research centers on early-age concrete behavior , with emphasis on cracking mechanisms, mechanical properties, and sustainable cementitious systems. His work integrates nuclear waste immobilisation with innovative materials like magnesia-based cements, while advancing data-driven concrete science through RILEM committees. He actively bridges laboratory research with industrial applications in sustainable construction. Analysis of his 13 publications (2016-2024) reveals three dominant trajectories: (1) precision modeling of zero-stress temperature and cracking risk in high-performance concrete; (2) development of magnesium-based cements for nuclear applications; (3) alignment of construction materials research with UN Sustainable Development Goals. His recent work demonstrates increasing focus on computational approaches ( Data-driven concrete science committee) and environmental lifecycle assessment. His scientific recognition includes: Dean’s award for Outstanding Higher Degree by Research Theses 2022 (University of Queensland) Dr. Dabarera serves as a key contributor to the Materials and Structures Centre for Engineering Research at Hertfordshire and maintains active roles in RILEM’s international network. He currently reviews for Materials and Structures and has secured collaborative projects with Sheffield University on nuclear cement applications, though specific grant amounts remain undisclosed. His editorial leadership demonstrates significant influence in the field. He leads RILEM technical committees 287-CCS ( Early age and long-term crack width analysis ), DCS ( Data-driven concrete science ), and PHC ( Performance testing of hydraulic cements ), fostering global collaboration among 200+ researchers. His work with the Centre for Engineering Research focuses on real-time monitoring of concrete curing processes using IoT sensors.
Anne Jaffrezic is an Assistant Professor at Institut Agro , affiliated with the UMR SAS (Soil Agro-ecosystem Spatialization) unit. Her research focuses on soil and water chemistry, with a strong emphasis on biogeochemical cycles (carbon, nitrogen, phosphorus), diffuse pollution, and soil health in agricultural systems. Her work explores: Dissolved organic carbon sources and pathways in agricultural catchments Landscape structure (e.g., wetlands) for pollution mitigation Climatic and agronomic controls on nutrient fluxes Veterinary pharmaceutical residues in water systems Soil ecosystem services assessment She collaborates with institutions including the University of Delaware, University of Wuhan, Agriculture and Agri-Food Canada, and the School of Advanced Studies in Public Health (EHESP). Her teaching involves coordinating the Master's degree TEAM (Transition, Environment, Agrifood Management) , which integrates engineering and social sciences to address complex environmental issues at the territorial scale.
Simeon L. Minic serves as an Assistant Professor in the Department of Biochemistry at the Faculty of Chemistry, University of Belgrade, having progressed through academic ranks from Researcher-intern (2017) to his current position since 2023. His career trajectory reflects dedicated service within the same institution, including roles as Research Associate (2018-2021) and Senior Research Associate (2022). Dr. Minic completed all academic training at the University of Belgrade - Faculty of Chemistry: Basic Academic Studies in Chemical Sciences (2008-2012), Master of Academic Studies (2012-2013), and Doctorate in Chemical Sciences (2013-2017). His educational foundation underpins his specialized research in bioactive compounds from algae and protein interactions. His research program centers on bioactive chromopeptides from algae , protein-ligand interactions in food systems , protein stability under high pressure , and development of cell culture media . These interconnected themes drive innovation in sustainable food technologies, particularly for algae-based colorants, nutraceuticals, and cultured meat applications. His work bridges fundamental biochemistry with practical food science challenges. Analysis of his 15 most recent publications (2015-2022) reveals consistent focus on phycobiliproteins from algae (particularly phycocyanobilin) and their interactions with dairy proteins (β-lactoglobulin, serum albumin, α-lactalbumin). The research combines multi-spectroscopic techniques , molecular dynamics simulations , and functional property assessment to address stability, binding mechanisms, and applications in food coloring, fortification, and health. Emerging trends show increasing emphasis on sustainable food systems, including microplastic toxicity and cultured meat media development. Dr. Minic's scientific recognition includes: First place in Montenegro's republican chemistry competition (2008) Đorđe Stefanović Diploma as top biochemistry student (2013) University of Belgrade Student Award (2013) Serbian Chemical Society Annual Award (2013) FEBS scholarships for international research (2015, 2022) He teaches core biochemistry courses including Regulation of Biochemical Processes, Enzymology, and Biochemistry of Food and Nutrition. As principal investigator, he leads four major international projects: IMPTOX (Horizon 2020 microplastics study), PRESSION (algae protein fortification using high pressure), ALG2MEAT (algae extracts for cultured meat), and Pep4Meat (algae chromopeptides as serum replacement). These projects, funded by the European Commission, ANSO, Good Food Institute, and Serbian Science Fund, demonstrate significant research leadership. His laboratory work operates within the Department of Biochemistry at Belgrade's Faculty of Chemistry, collaborating with international consortia. Dr. Minic actively contributes to the Serbian Chemical Society, Biochemical Society of Serbia, and Serbian Proteomics Association, maintaining strong professional networks in food biochemistry and protein science.
Prof. Đorđe Vukelić is a Full Professor at the Chair of Metrology, Quality, Equipment, Tools, and Ecological-Engineering Aspects within the Faculty of Technical Sciences, University of Novi Sad. With over two decades at the institution, his academic career spans roles from Intern Assistant to Full Professor since 2020. Bachelor's Degree (2000): Mechanical Engineering, Faculty of Technical Sciences Magister (2005): Mechanical Engineering, Faculty of Technical Sciences PhD (2010): Mechanical Engineering, Faculty of Technical Sciences His research focuses on sustainable manufacturing, fixture optimization, and life cycle assessment. Key contributions include: Advancements in dry machining processes to reduce environmental impact Innovations in high-stiffness burnishing tools for precision manufacturing Eco-design methodologies for industrial tools and plastic products Development of 3D digitization techniques for multi-material components His recent publications in Journal of Cleaner Production , Measurement , and International Journal of Advanced Manufacturing Technology highlight trends in: Environmental impact reduction through process optimization Integration of multi-criteria decision-making in sustainability assessments Improving clamping efficiency via contact interface modeling Advanced surface reconstruction methods for industrial imaging Prof. Vukelić has contributed to international research projects and serves on editorial boards of journals like Measurement and International Journal of Precision Engineering and Manufacturing . His work bridges manufacturing innovation with ecological responsibility.
Dr. Soraya Rouifed is a Lecturer-Researcher in Ecology at ISARA's Engineering School in Agronomy, Food, and Environment, affiliated with the Agroecology and Environment Research Unit. She holds a PhD in Ecology from Université Lyon 1 (2011) and has held postdoctoral positions at LEHNA (2014-2018) and Uppsala University (2013-2014). Her teaching portfolio includes Ecology, Biodiversity Management in Agroecosystems, and Ecological Restoration. Dr. Rouifed's research focuses on: Plant and aquatic ecology with specialization in macrophyte dynamics Impacts and management of invasive species (particularly Asian knotweeds) Ecological restoration techniques for aquatic and riparian systems Climate change adaptation in managed ecosystems Her publications demonstrate consistent focus on invasive species ecology, aquatic ecosystem resilience, and sustainable management practices. Recent work emphasizes climate impacts on fish pond ecosystems, nitrogen cycle modifications by invasive plants, and innovative restoration approaches. She actively contributes to interdisciplinary projects including: FishMix: Developing climate-resilient fish assemblages Ponderful: Investigating pond ecosystem services Dr. Rouifed collaborates with international research networks and contributes to practical guidelines for invasive species management through her work with French environmental agencies.
Lettice Hicks is a Researcher at Lund University's Department of Biology, specializing in microbial ecology and biogeochemistry. She serves as Principal Investigator for the BECC (Biodiversity and Ecosystem services in a Changing Climate) program and leads multiple research projects related to soil microbial responses to global environmental change. Her research focuses on understanding how soil microorganisms regulate carbon, nitrogen, and phosphorus cycling across diverse ecosystems from tropical to Arctic regions. Hicks employs radio- and stable-isotope based methods to measure microbial processes, with particular interest in how climate warming, drought, and other global change factors affect microbial communities. Her work has examined soil responses across gradients in the Peruvian Andes, Ethiopia, Texas, the Netherlands, Belgium, and the Subarctic. Recent research highlights include studies on microbial 'nutrient mining' in nitrogen-poor subarctic soils, microbial drought resilience in Ethiopian ecosystems, and the impacts of winter warming on freeze-thaw cycles in subarctic regions. Her publications span high-impact journals including Global Change Biology, Soil Biology and Biochemistry, and Ecology. Scientific Recognition: The Swedish King's 50th anniversary foundation award (2022) Hicks actively supervises BSc and MSc student projects and has contributed to science communication through Twitter (@LetticeHicks). She has organized significant academic events including the BECC annual meeting (2022) and the DRI-MEE workshop on drying-rewetting cycles (2019).
Zhengjian Wang is a Research Fellow in the Department of Design, Manufacturing and Engineering Management at the University of Strathclyde, United Kingdom, specializing in precision manufacturing technologies. He obtained his PhD from the University of Strathclyde in 2022 and currently leads EPSRC-funded research on hybrid nanomanufacturing platforms. Education PhD in Engineering, University of Strathclyde (2022) Research Interests Dr. Wang's work centers on ultra-precision machining , hybrid micromachining , and nanofabrication , with specific expertise in rolling nanoelectrode lithography (RNEL) for sub-nanometer to micrometer scale product manufacturing. His research bridges diamond turning, chip formation mechanics, and biomedical applications including precision cancer surgery techniques and biocompatible material processing. Research Trends His 2025 publications reveal a strategic shift toward interdisciplinary applications, merging traditional machining with biomedical engineering. The cancer surgery simulation study demonstrates computational modeling of soft tissue resection, while the Ti6Al4V milling research advances laser-assisted manufacturing of aerospace alloys. Both works emphasize damage minimization and precision control across nano-to-macro scales. Awards Best Review Paper Award (2019) Grants and Projects Dr. Wang secures major funding through: EPSRC IAA: Transforming Nanomanufacturing (2024-2026) as Research Co-investigator developing market-ready RNEL technology A hybrid precision manufacturing platform (2022-2025) as Lead Researcher creating flexible nanoscale production systems Professional Engagement He serves on the editorial board of Mechanical Sciences journal and actively participates in Innovate UK commercialization programs, including the ICURe EXPLORE Programme for technology transfer.
Arnaud Paul is a Lecturer at the University of Lorraine, affiliated with the College of Science and Technology (FST). His research focuses on biochemistry and molecular biology applied to food science, particularly the reactivity of molecules in food matrices and the molecular mechanisms of deterioration in biosourced materials like milk. He also investigates functional biomolecules for enhancing nutritional and organoleptic qualities of food products. His recent publications highlight interdisciplinary work spanning Biochemistry , Toxicology , and Food Science , with a focus on molecular stability during food processing and storage, enzymatic coagulation properties, and RNA biology in cellular contexts. His work often employs advanced analytical and molecular techniques. Teaching includes food biochemistry, protein biochemistry, and molecular biology methods for the food industry. He is involved in patents related to purification and preservation of milk protein powders, reflecting his applied research in food technology.
