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H. Cheng is a researcher at the University of Twente, affiliated with the Faculty of Engineering Technology and the Department of Mechanics of Solids, Surfaces and Systems. He plays a central role in several interdisciplinary research projects focused on computational modeling of granular materials, geohazards, and machine learning integration in physics-based simulations. His research centers on advancing numerical methods such as the Discrete Element Method (DEM) and developing machine learning surrogates for efficient uncertainty quantification in complex systems. Key project areas include offshore infrastructure resilience under climate change (POSEIDON), dynamic fault slip in induced seismicity (FastSlip), upscaling particulate systems for industrial applications (TUSAIL), and automated segmentation of soil-root systems using micro-CT imaging (UNSAT). H. Cheng leads and supervises multiple early-career researchers across EU-funded initiatives, including MSCA Doctoral Networks and COST Actions. He is the main applicant and supervisor in the GrainLearning project, which integrates Bayesian inference with physics-based models to improve simulation accuracy and efficiency. His scientific contributions span collaborative research across academia and industry, with a strong emphasis on open science, reproducibility, and cross-sectoral training. He contributes to community-building through initiatives like ON-DEM, promoting best practices in particle-based simulations. Supervisor of multiple PhD students and postdoctoral researchers Daily supervisor in POSEIDON, FastSlip, TUSAIL, UNSAT Vice-lead of Working Group 1 in ON-DEM COST Action Main applicant and project lead for GrainLearning H. Cheng is actively involved in training the next generation of computational scientists and engineers, with a focus on interdisciplinary methodologies that bridge mechanics, data science, and industrial applications.

• Computational Mechanics
• Granular Materials
• Machine Learning in Physics-Based Simulations
• +7 more

Bram Bos is a researcher at Wageningen University & Research specializing in Animal Farming Systems . His work focuses on improving animal husbandry practices through innovative sustainability frameworks , particularly in temperate agricultural zones. Active collaborations span multiple disciplines including environmental engineering and land use policy . Research Interests Reducing ammonia emissions via urease inhibition in dairy housing Agroforestry implementation barriers in Europe Particulate matter reduction in poultry systems Sustainable transition pathways for livestock farming Climate-resilient agricultural systems Farmer-led sustainability initiatives Scientific Contributions Recent publications examine disinfectant application for ammonia control (2025) and agroforestry services in temperate zones (2025). His work combines technical innovation with socio-environmental systems analysis.

• Animal Husbandry
• Animal Welfare
• Sustainable Agriculture
• +5 more

Walter G.J. van der Meer is a full Professor at the Department of Water Management, Faculty of Civil Engineering and Geosciences, Delft University of Technology. He is a leading researcher in membrane technologies, water treatment, and sustainable water systems, with over 100 research outputs and an h-index of 36. His work focuses on reverse osmosis, filtration, PFAS removal, and micropollutant management in potable and wastewater systems. His research interests lie at the intersection of environmental and chemical engineering, particularly in advancing membrane-based separation processes. Key areas include reverse osmosis modeling, adsorption mechanisms, brine management, and the removal of emerging contaminants such as perfluoroalkyl substances (PFAS). His work integrates experimental studies with theoretical modeling to improve efficiency and sustainability in water treatment. Recent publications (2020–2025) reveal a strong trend toward sustainable water solutions, with emphasis on PFAS remediation, bio-based adsorbents, energy-efficient desalination, and wastewater reuse. His research combines material science, process engineering, and environmental chemistry, contributing to both fundamental understanding and practical applications in water infrastructure. Walter van der Meer has secured significant research impact through extensive collaboration, particularly within the Dutch 4TU federation. He has co-supervised at least 10 student projects and contributes to open science through public data repositories. His work is frequently published in high-impact journals such as Desalination , Water Research , and ACS ES&T Water .

• Membrane Engineering
• Water Treatment
• Reverse Osmosis
• +7 more

Albert Winkel (PhD) is a researcher at Wageningen Livestock Research, focusing on emissions monitoring and manure valorisation in agricultural systems. He leads projects like LNV-coördinator emissiemonitoring and Region Deal Foodvalley, addressing ammonia, particulate matter, and bacterial emissions from livestock farms. Projects : LNV-coördinator emissiemonitoring (2023-2025), Region Deal Foodvalley (2022-present), PhD Emission monitoring of airborne pollutants (2021-present) Collaborations : Works with institutions like WIAS and colleagues such as M. Korevaar, N. Ogink, and P. Groot Koerkamp His research spans agricultural emissions, air quality, and sustainable farming practices, with recent studies evaluating dust control technologies and emission reduction strategies. He has contributed to over 128 publications, including reports and peer-reviewed articles in journals like Atmospheric Environment . Winkel frequently participates in professional and academic presentations, with notable talks on emission guidelines and monitoring techniques.

• Agricultural Science
• Environmental Engineering
• Animal Husbandry
• +3 more

Hailin Zheng is a Postdoctoral Researcher at Eindhoven University of Technology's Faculty of the Built Environment, specializing in Building Services within the Department of Building Services. His work bridges architectural design, building physics, and environmental engineering with a focus on creating healthier indoor spaces through evidence-based solutions. Dr. Zheng's research centers on Indoor Environmental Quality (IEQ), particularly: Real-time wireless monitoring of indoor air quality in vulnerable settings Ventilation performance optimization for educational and healthcare facilities Exposure assessment of volatile organic compounds in daycare centers Development of personalized ventilation systems for infants and elderly populations Integration of healthy building principles into retrofit projects His multidisciplinary approach combines field measurements, controlled experiments, and building performance simulation to address critical gaps in occupant-centric environmental design. Analysis of his publication record reveals a strong emphasis on vulnerable populations (infants, elderly, dementia patients) and practical engineering solutions. Key trends include: Systematic evaluation of building technologies through controlled experiments Focus on microenvironments (baby beds, bedroom zones) Development of low-cost monitoring solutions for real-world implementation Integration of health outcomes with building performance metrics His scientific recognition includes: Best Paper Award at the 44th AIVC Conference (2024) TU/e Postdoc Best Paper Award with 750 euro prize (2024) Dr. Zheng actively contributes to academic discourse through: Editorial work for Sensors and Archives of Public Health journals Invited talks on 'IAQ to IEQ' and 'Invisible threats inside baby beds' Teaching master's courses including 'Introduction to Building Performance' and 'Masterproject BPS' Leading the 'Healthy Building Movement' research project (2023-2026) focusing on active building solutions His work directly supports UN Sustainable Development Goals 3 (Good Health) and 11 (Sustainable Cities), with practical applications in daycare centers, office buildings, and residential care facilities through the integration of monitoring technologies and evidence-based design principles.

• Indoor Environmental Quality
• Indoor Air Quality
• Building Physics
• +6 more

Thomas Weinhart is an Associate Professor of Granular Materials at the University of Twente's MESA+ Institute, with expertise in discrete element modeling and computational physics. His research spans granular dynamics, additive manufacturing processes, and multiscale modeling of particulate systems. Primary research areas include powder technology in industrial applications, DEM framework development for bulk processes, and visco-elastic material behavior during laser sintering. Recent publications demonstrate significant contributions to open-source simulation tools and process optimization in powder-based manufacturing. Research activities focus on fundamental particle interactions and their macroscopic implications, with applications in pharmaceutical processing, additive manufacturing, and geotechnical engineering. Collaborative projects involve international partners across Europe and Asia.

• Granular Materials
• Discrete Element Method
• Powder Technology
• +3 more

Payam Poorsolhjouy is an Assistant Professor in the Applied Mechanics group at the Department of the Built Environment, Eindhoven University of Technology (TU/e). His research focuses on material modeling and design, particularly the formation, evolution, and consolidation of microstructures in granular/particulate materials and fiber-reinforced composites, with applications in 3D concrete printing and pharmaceutical tablet manufacturing. BSc in Civil Engineering, Iran University of Science and Technology (2007) MSc in Structural Engineering, Sharif University of Technology (2010) PhD in Civil Engineering, University of Kansas (2016), with special honors His work involves multiscale modeling of mechanical and multiphysics behavior, microstructural optimization for multifunctional materials, and topology design using advanced manufacturing frameworks. Key research areas include granular micromechanics, strain-gradient continuum models, and computational efficiency in multiscale simulations. Recent publications analyze fiber-reinforced concrete, carbon nanotube-cementitious nanocomposites, and granular material behavior under triaxial loading. Articles emphasize multiscale modeling, finite element analysis, and microstructural design. Outstanding Graduate, School of Engineering, University of Kansas Poorsolhjouy teaches courses such as "Statics of structures" and "Bouwkundewinkel" (practical assignments), and collaborates extensively on granular mechanics and continuum modeling.

• Granular materials
• Particulate materials
• Material modeling
• +5 more

Dr. ir. Mieke Lumens is an Assistant Professor at Utrecht University 's Faculty of Veterinary Medicine , specifically within the Department of Population Health Sciences and the Institute for Risk Assessment Sciences (IRAS) . She specializes in occupational and environmental health , with a focus on exposure assessment in construction industries . Her research centers on quartz dust exposure , respirable particulates , and health risk mitigation strategies for workers. She coordinates multiple MSc programs including Health and Environment, Toxicology and Environmental Health, and One Health (ad interim), while also serving as PhD coordinator for Toxicology and Environmental Health and educational advisor for Future Food Utrecht. Research themes : Life Sciences with emphasis on occupational exposure, industrial hygiene, and risk assessment Education : BKO/SKO and CEUT Educational Leadership (2009-2010) Key collaborations : Graduate School Life Sciences, Expert Group Education Life Sciences (EGELS) Her publications reveal consistent work on dust control measures , exposure variability , and health implications of construction work . While no explicit awards are listed, her research has been cited in policy documents and widely disseminated through Mendeley readership. She contributes to courses like Advanced Planetary Health , Exposure Science Fundamentals , and Tumors and Metastases Project , maintaining active involvement in the BMW study program and Graduate School Life Sciences initiatives.

• Occupational Health
• Environmental Health
• Epidemiology
• +1 more

Jens H. Kasper is a Researcher in the Physics of Fluids department at the University of Twente, specializing in wind energy systems and granular material dynamics. His current research investigates atmospheric interactions with wind farms and viscosity effects on particulate flows. He is expected to complete his PhD thesis titled 'Large-scale Interactions between Wind Farms and the Atmosphere' in 2025. Research interests focus on two primary domains: Wind Energy : Optimizing turbine configurations and modeling atmospheric boundary layer impacts on power generation Granular Materials : Analyzing flow transitions and viscosity effects in wet particulate systems using discrete element methods Publications demonstrate consistent focus on renewable energy optimization (2024) and granular flow mechanics (2019-2021), employing computational modeling and experimental analysis techniques. Collaborates with the Physics of Fluids research group, presenting work at international conferences including studies on wind farm wakes, turbine tilt effects, and atmospheric boundary layer simulations.

• Wind Energy
• Granular Materials
• Fluid Dynamics
• +2 more

Rob Hagmeijer is a Researcher at the University of Twente within Engineering Fluid Dynamics . With over 100 publications and an h-index of 12, his work spans computational fluid dynamics, laser ablation, and biomedical applications including nasal high-flow therapy and coronary bypass surgery optimization. Active in Medical Engineering and Fluid Dynamics research Recipient of the John Parker Medal (2017) and 3rd Prize Best Oral Presentation MST (2019) Developed algorithms for condensation experiments and multi-phase flow modeling Recent Research Trends: Focus on branched fluidic network optimization (2025), laser ablation crater analysis (2023), and computational modeling of respiratory systems (2022). His work combines theoretical analysis with clinical validation across disciplines. Scientific Awards: 3rd Prize Best Oral Presentation MST Wetenschapssymposium 2019 John Parker Medal for best clinical presentation at SCTS 2017 Collaborative Activities: Participated in presentations at conferences like SCTS 2017 , MST Wetenschapssymposium 2019 , and ECMI 2004 . Collaborated on projects involving laser-cluster interaction and high harmonic generation (2013).

• Fluid Dynamics
• Computational Fluid Dynamics
• Laser Ablation
• +3 more

Antoine J.B. Kemperman is a researcher at the University of Twente, affiliated with the MESA+ Institute and the Department of Membrane Science and Technology within the Faculty of Science and Technology. He also serves one day per week as a membrane expert at Wetsus, the European Centre of Excellence for Sustainable Water Technology, where he has been a Theme Coordinator since 2013. His work significantly contributes to sustainable water solutions, aligning with UN Sustainable Development Goal 6 (Clean Water and Sanitation). PhD in Chemical Engineering, University of Twente, 1995 Dr. Kemperman's research focuses on membrane science and technology, particularly in water purification and membrane fouling. His expertise spans reverse osmosis, nanofiltration, ultrafiltration, and fouling mitigation strategies. He investigates material stability under high salinity, ion rejection mechanisms, and advanced separation processes for contaminants like PFAS. His work integrates experimental and theoretical approaches to optimize membrane performance in industrial and municipal applications. The recent publications (2020–2025) reflect a strong trend in developing sustainable, high-efficiency membrane systems. Topics include bio-based adsorbents, polyelectrolyte multilayer membranes, and modeling of mass transport in reverse osmosis. These works highlight interdisciplinary research at the intersection of chemical engineering, materials science, and environmental technology, with a clear emphasis on practical applications in water treatment and reuse. Although no specific scientific awards are listed in the provided text, Dr. Kemperman's extensive publication record (94 outputs), high citation count (2990), and h-index of 32 demonstrate significant recognition in the field of membrane science. He has supervised multiple students, as indicated by the 'Supervised Work (9)' section, and has secured research funding through collaborations with institutions like Wetsus and the MESA+ Institute. His external role at Wetsus underscores an active engagement in applied research and innovation in sustainable water technology. Dr. Kemperman is involved in advanced research through the MESA+ Institute and collaborates extensively on membrane-related projects. His work at Wetsus further places him at the forefront of European research in sustainable water technology, contributing to theme-based collaborative projects focused on next-generation water solutions.

• Membrane Science and Technology
• Water Purification
• Membrane Fouling
• +7 more

Arnold Heemink is a full professor of Applied Analysis at the Delft Institute of Applied Mathematics, part of the Faculty of Electrical Engineering, Mathematics and Computer Science at Delft University of Technology. He has maintained this position since 1993, having previously served as a part-time professor at the same institution from 1990-1993 while also working at Rijkswaterstaat where he was Head of the Mathematical Modeling section. His educational background includes a B.Sc. in Applied Mathematics (Systems Theory) from the University of Twente (1974-1978), followed by an M.Sc. in Applied Mathematics (Mathematical Physics) from the same institution (1978-1980), and finally a PhD in Applied Mathematics completed in 1986. 1974-1978: University of Twente, B.Sc. Applied Mathematics (Systems Theory) 1978-1980: University of Twente, M.Sc. Applied Mathematics (Mathematical Physics) 1980-1986: University of Twente, PhD in Applied Mathematics Professor Heemink's research focuses on large-scale systems, data assimilation, inverse problems, and numerical schemes for stochastic differential equations. His work bridges theoretical mathematics with practical environmental and physical applications, particularly in atmospheric and oceanic modeling. Recent publications demonstrate his expertise in applying advanced mathematical techniques to real-world problems including air quality monitoring, wave data assimilation, and magnetic state prediction. His publication record shows consistent output with multiple high-impact papers in 2023-2025, primarily focusing on environmental applications of data assimilation techniques. These works span diverse domains from atmospheric transport modeling to ocean wave prediction and magnetic field analysis, all united by his core expertise in mathematical modeling and data assimilation. While specific awards are not listed in the available information, Professor Heemink maintains an active research profile with collaborations spanning multiple countries and institutions, as evidenced by his international co-authorship patterns. His current work appears focused on advancing data assimilation methodologies for environmental monitoring systems, with particular attention to air quality networks, ocean wave prediction, and atmospheric modeling. He continues to supervise research activities within the Mathematical Physics section of the Delft Institute of Applied Mathematics.

• Large-scale systems
• Data assimilation
• Inverse problems
• +1 more

Dr. Johan Rozenbrand is an Assistant Professor at Utrecht University in the Department of Chemical Biology and Drug Discovery , Faculty of Science. Since 1995, he has combined teaching and research roles, specializing in proteomics and chromatographic analysis. PhD in Pharmaceutical Sciences (2012, Utrecht University) Basic Qualification in Education (1998, Utrecht University) Research Training in Analytical Chemistry (1992-1995, Free University of Amsterdam) Higher Laboratory School (1985-1989, Breda) Rozenbrand's research focuses on monolithic column materials and capillary liquid chromatography for proteomic applications. His work compares column technologies, optimizes separation performance, and integrates mass spectrometry for protein identification. Recent publications highlight his expertise in RP-18 silica columns , poly(styrene-divinylbenzene) matrices , and high-throughput proteomics . Collaborations include researchers like G.J. de Jong and W.P. van Bennekom. He contributes to pharmacy education as a coordinator for courses such as 'Medicine and Patient' and 'Preparation and Analysis', and serves in employee participation roles at Utrecht University. Rozenbrand works from the David de Wied Building, Room 2.82.

• Chemical Biology
• Proteomics
• Analytical Chemistry
• +3 more

Jan Mulder is a researcher at the University of Groningen , affiliated with the Faculty of Science and Engineering and the Isotope Research department. His work focuses on technical and experimental advancements in isotope research, particularly in nuclear physics and accelerator technology.

• Isotope Research
• Accelerator Physics
• Nuclear Physics
• +3 more

Dr. Rupert Holzinger is an Associate Professor at Utrecht University's Faculty of Science, within the Department of Atmospheric Physics and Chemistry. His research focuses on atmospheric chemistry, volatile organic compounds (VOCs), nanoplastics, and aerosol processes. He leads studies on PTR-MS instrumentation, cloud-aerosol interactions, and environmental pollution. Holzinger is an editor for Atmospheric Chemistry and Physics and founder of ptrms-analysis.com , supporting scientists in PTR-MS data analysis. His work includes investigating nanoplastics in remote environments, VOC measurement methodologies, and climate-related aerosol dynamics. Key contributions involve developing standard calibration protocols for PTR-MS and advancing understanding of biogenic emissions' roles in atmospheric chemistry. Research interests span environmental chemistry, climate change, and analytical methodologies. He has published extensively on nanoplastics transport, VOC analysis techniques, and aerosol-cloud interactions. Collaborative projects include the Ruisdael Observatory and the ACTRIS infrastructure for atmospheric research. Holzinger has supervised three research projects and delivered invited lectures, such as his 2013 talk on UV-B radiation effects on plant volatiles. Current activities include assessing nanoplastics in glaciers and mussels, developing SI-traceable calibration standards, and exploring organic nitrate partitioning. His work bridges fundamental atmospheric science with applied environmental monitoring, emphasizing precision instrumentation and interdisciplinary collaboration.

• Atmospheric Chemistry
• Environmental Science
• Air Quality
• +5 more