Alvaro Mena Alonso is a Lecturer in the Department of Civil Engineering at the University of Burgos , affiliated with the School of Engineering . His work focuses on structural mechanics and concrete material behavior, particularly in fatigue analysis and fiber-reinforced composites. He is part of the AUSINCO Structural Health Monitoring and Instrumentation (SHM&I) research group. Education : PhD in Civil Engineering (2023), University of Burgos, thesis on flexural fatigue of high-strength plain and fiber-reinforced concrete His research explores the mechanical behavior of concrete materials under cyclic loading, fiber orientation effects, and size-dependent failure mechanisms. He utilizes advanced techniques like computed tomography (CT-Scan) and stereo camera systems for microstructural and crack propagation analysis. His publications emphasize fiber-reinforced concrete optimization, fatigue resistance, and structural health monitoring applications. Recent articles highlight trends in Materials Science , Structural Engineering , and Mechanical Engineering , with subfields including fatigue behavior, mesostructure modeling, CT-Scan-based pore analysis, and cost-effective crack measurement systems.
Jesus Minguez Algarra is an Associate Professor at the University of Burgos in the Department of Civil Engineering . He is affiliated with the Structural Health Monitoring and Instrumentation (SHM&I) research group and focuses on mechanics of continuous media and structural theory. Doctorate from the University of Burgos (2012) Master in Industrial Technologies Research His research explores fiber-reinforced concrete (FRC) , fatigue behavior , crack propagation , and CT scanning applications in material analysis. Recent work addresses specimen geometry optimization, pore morphology effects, and fiber orientation studies. Key article trends include fatigue life prediction , microstructural correlations , and non-destructive evaluation using advanced imaging. Educational contributions in service-learning and structural art are also noted.
Claudia Zapata is an Associate Professor at Arizona State University's School of Sustainable Engineering and the Built Environment. She serves as the Associate Director of the National Center for Infrastructure Transformation (NCIT) under the U.S. Department of Transportation and as Deputy Director of the Engineering Research Center for Bio-Mediated and Bio-Inspired Geotechnics funded by the National Science Foundation. Her educational background includes a Ph.D. in Geo-Environmental Engineering from Arizona State University (1999), an M.S.E. in Geotechnical Engineering from Arizona State University (1996), and a B.S. in Civil Engineering from Universidad Nacional-Manizales-Colombia (1988). Dr. Zapata specializes in unsaturated soil mechanics with particular focus on temperature effects on moisture movement, matric suction effects on soil resilience under dynamic loading, and incorporating environmental effects into pavement design methodologies. Her research has significantly advanced mechanistic pavement design practices, including introducing models that account for real-time environmental effects in pavement performance. She has authored over 90 technical publications on unsaturated soils behavior, expansive soils characterization, thermo-hydro-mechanical soil behavior, and soil improvement techniques. Her recent publications demonstrate a strong trend toward bio-mediated geotechnics, climate-responsive pavement design, and advanced modeling of soil-water interactions. The research spans fundamental unsaturated soil mechanics to practical applications in transportation infrastructure, with increasing emphasis on sustainability and climate adaptation. Carl Monismith Award 2025 from ASCE for outstanding contributions to Pavement Engineering Victoria Foundation Award 2021 for increasing participation of underrepresented populations in engineering Community Service Award 2011 for advancing pavement programs in Arizona Recognition in Top 5% of Superior Teaching by Ira A. Fulton Schools of Engineering (2019) Dr. Zapata has been instrumental in developing the Mechanistic-Empirical Pavement Design Guide in the United States, creating a database of over 35,000 unsaturated soils properties across the U.S., and leading NSF-funded research through the Engineering Research Center for Bio-Mediated and Bio-Inspired Geotechnics. Her current research activities include moisture measurement for pavement foundations, implementation of environmental effects into ERDC pavement design programs, and enhancements to Pavement ME Design considering shrink/swell soils and frost heave. She actively leads research teams focused on bio-mediated and bio-inspired geotechnics, with recent work examining microbial-induced desaturation, fungal mycelium effects on soil cracking, and enzyme-based soil stabilization techniques. Her lab work integrates experimental testing with advanced modeling to address infrastructure challenges related to problematic soils and climate effects.
Professor Heorhiy Ivanovych Slynko is a distinguished academic at Zaporizhzhia Polytechnic National University, serving as Professor of the Department of Automobiles, Heat Engines and Hybrid Power Plants within the Faculty of Transport. With a Doctor of Technical Sciences degree and over 30 years of academic experience since 1995, Professor Slynko has established himself as a leading expert in materials science and internal combustion engine technology. His educational background includes graduation from Zaporizhzhia Machine-Building Institute named after Chubar in 1970, specializing in 'Automation of Metallurgical Production.' He defended his Candidate's thesis in 1990 on phosphorous cast iron for valve seats and earned his Doctoral degree in 2005 with research on structure formation of phosphorous cast irons under cyclic loads and elevated temperatures. Professor Slynko's research focuses on Materials Science for Mechanical Engineering , particularly developing economically alloyed alloys with controllable properties, and Internal Combustion Engine Research , investigating work processes with emphasis on eco-friendly technologies. His recent publications demonstrate continued innovation in two-stroke engine optimization, combustion processes, and diagnostic methods using acoustic systems and neural networks. His 15 most recent publications reveal a strong focus on practical engineering solutions for automotive applications, with significant attention to crankshaft design, combustion chamber optimization, resonance supercharging, and advanced diagnostic techniques. His work consistently bridges theoretical materials science with practical automotive engineering applications. Honored Worker of Education of Ukraine (2020) Order 'For Merits to Zaporizhzhia Region' III degree (2014) Academician of the Academy of Engineering Sciences of Ukraine Academician of the New York Academy of Sciences Multiple university and regional commendations throughout his career As an active academic leader, Professor Slynko serves as Deputy Chairman of the Specialized Academic Council D17.052.01, Head of the scientific and technical interdepartmental seminar, and member of the editorial board of 'New Materials and Technologies in Metallurgy and Mechanical Engineering.' He teaches Internal Combustion Engine Theory, Dynamics of Internal Combustion Engines, and Eco-friendly Internal Combustion Engines, preparing future automotive engineers.
Sergiy Bezhenov is an Associate Professor at the Department of Automobiles, Heat Engines and Hybrid Power Plants within the Faculty of Transport at National University "Zaporizhzhia Polytechnic" (ZNTU). With a career spanning since 1984, he has established himself as a respected academic and researcher in the field of mechanical engineering, specializing in material science and fatigue analysis. Bezhenov received his higher education from Zaporizhzhia Machine-Building Institute named after V.Ya. Chubar in 1984, graduating with honors in "Machinery and technology of metal processing by pressure" with the qualification of "mechanical engineer". He earned his Candidate of Technical Sciences degree in 1993 with a thesis on "Use of acoustic emission to assess the strength and failure of samples and parts of aviation gas turbine engines under static and dynamic loading". He was awarded the title of Associate Professor in 1999. Bezhenov's primary research focuses on the development and improvement of methods for effective assessment of the performance of structural materials under conditions of multi-cycle fatigue. His work heavily utilizes acoustic emission monitoring techniques to evaluate material degradation and fatigue damage. He has made significant contributions to understanding the fatigue behavior of various materials including Ni-based alloys, structural carbon steels, and aviation gas turbine engine components. His research has practical applications in improving the reliability and lifespan of mechanical components in automotive, aerospace, and power generation industries. With a total of 54 scientific works, including 1 educational manual and 4 patents, Bezhenov has established himself as a prolific researcher. His publications span international journals and conference proceedings, with recent works appearing in Procedia Structural Integrity and other reputable publications. His research demonstrates a consistent focus on material fatigue, acoustic emission monitoring, and structural integrity assessment. Gratitude from the Ministry of Education and Science of Ukraine, May 2024 Gratitude from the Zaporizhzhia Regional State Administration, November 2021 Badge of the National University "Zaporizhzhya Polytechnic" "For impeccable work" II degree, July 2020 Certificate of Honor from the Executive Committee of the Zaporizhzhia City Council, December 2019 Certificate of Honor from the Department of Education and Science of the Zaporizhia Regional State Administration, November 2016 Certificate of Honor from the Mayor of Zaporizhia, 2014 ZNTU Breastplate "For Impeccable Work" III degree, 2013 Certificate of Honor from the Zhovtnev District Administration, September 2012 Honorary Certificate of ZNTU, December 2008 Bezhenov has served as a scientific supervisor for the master's degree program "Internal Combustion Engines" and has extensive experience in public academic service. Until 2022, he held positions as secretary of the academic council of the mechanical engineering institute (over 5 years) and scientific secretary of the seminar for preliminary examination of dissertations in the specialty 01.02.04 "Mechanics of a deformable solid" (over 30 years). He has also participated in numerous professional development activities, including internships at "Energoalyans" and other institutions focusing on hydrogas dynamics and thermal energy applications. His expertise spans multiple languages including Ukrainian, Russian, English, and German, allowing him to collaborate internationally. Bezhenov maintains active scientific profiles on ORCID, Scopus, Web of Science, and Google Scholar, reflecting his commitment to academic transparency and international scholarly communication.
Dr. Dejan Veljković is an Assistant Professor at the Department of Mechatronics, Faculty of Technical Sciences in Čačak, University of Kragujevac, where he has been engaged since September 2024. His academic appointment was confirmed by Decision No. IV-04-559/6 of July 10, 2024, from the Council for Technical and Technological Sciences of the University of Kragujevac for the narrow scientific field of Production Technology. His educational background includes: Born in Paraćin on May 20, 1971 Graduated, earned master's degree, and doctorate from Faculty of Mechanical Engineering in Kragujevac, Department of Applied Mechanics and Automatic Control Recipient of Vuk diploma during elementary school Completed high school as mathematical and technical associate Awarded twice for achieving perfect academic average during undergraduate studies Dr. Veljković's research spans multiple engineering disciplines with particular focus on experimental research, identification, modeling and simulation of material characteristics. His work encompasses thermoviscoplasticity of steel and composites, hyperelastic properties of rubber and soft tissues, and numerical methods for nonlinear optimization in applied mechanics. He has made significant contributions to vibrodiagnostics, particularly in developing recursive algorithms for harmonic separation in non-stationary conditions (order tracking) for diagnosing failures in rotating machinery components. His publication record shows a clear progression from fundamental material science research in the late 1990s toward increasingly specialized applications in mechanical diagnostics and biomechanics. The publications reveal dual research tracks: one focused on industrial applications (machinery diagnostics, production technologies) and another on biomedical applications (arterial mechanics, soft tissue modeling). His most cited works relate to dynamic compliance modeling and order tracking techniques for rotating machinery analysis. Dr. Veljković has been involved in several research projects throughout his career: Research in fundamental areas of mechanical engineering (1996-2001) Inelasticity of metals and polymer-based composites (2004-2005) Development of computer methods and software for modeling (2006-2007) Development of software-hardware system for biomechanical analysis of athletes (2012) His professional journey includes positions at Faculty of Mechanical Engineering in Kragujevac (1996-2004), CIMSI Center of University of Kragujevac (2006), Jaroslav Černi Institute of Water Management in Belgrade (2007), Research and Development Center BIOIRC in Kragujevac (2008), and Higher School of Shipping Belgrade (2017-2020) before his current appointment.
Nico Schmitz is a Research Fellow and Group Leader at RWTH Aachen University, affiliated with the Chair of Sustainable Thermal Process Engineering and the Institute of Industrial Furnace Construction and Thermal Engineering . His work focuses on thermal engineering, combustion technology, and sustainable industrial processes. Key roles: Group Leader, Researcher Core research areas: Thermal engineering, oxyfuel combustion, CO2-neutral processes, radiant tube durability Contact: schmitz@iob.rwth-aachen.de His recent publications explore hydrogen-hydrocarbon combustion modeling, radiative heat transfer in industrial furnaces, NOx emission reduction, and life cycle analysis of furnace components. This research aligns with decarbonization goals in energy-intensive industries like steel and glass production. Thematic trends in his work include: Hydrogen and oxyfuel combustion for sustainable energy Radiative heat transfer optimization in furnaces Thermal stress analysis of metallic components CO2-neutral process heating solutions Materials durability under cyclic loading Environmental impact assessments of industrial systems
Christopher Stoakes is a Professor of Instruction and Research Scientist in the Department of Civil and Environmental Engineering at the University of Iowa’s College of Engineering. He joined the institution in 2012, contributing to both academic instruction and research initiatives. PhD in Civil Engineering (University of Illinois at Urbana-Champaign, 2012) MEng in Civil Engineering (Massachusetts Institute of Technology, 2007) BS in Civil Engineering (University of Iowa, 2003) His research focuses on structural engineering, particularly seismic performance assessment and stability analysis of steel framed structures. Key areas include concentrated bracing systems, column buckling under multi-axis loads, and finite element modeling of structural components. Stoakes’ recent publications emphasize seismic analysis of multitiered steel concentrically braced frames, cyclic flexural behavior of beam-column connections, and three-dimensional simulation techniques. His work aligns with standards like the AISC Seismic Provisions, addressing industrial applications and structural failure prevention. Active in professional societies, Stoakes is a member of the American Institute of Steel Construction, Chi Epsilon, and the Structural Stability Research Council.
Bruce P. Ayati is a Professor in the Department of Mathematics at the University of Iowa, actively contributing to the Applied Mathematical and Computational Sciences (AMCS) graduate program. His research bridges advanced mathematical theory with critical biomedical challenges, focusing on translational applications in human health through rigorous computational modeling. His research interests center on mathematical biology and computational biomechanics , with emphasis on gut microbiome dynamics (particularly Bacteroides , Methanobrevibacter , and Eubacterium interactions), post-traumatic osteoarthritis mechanisms, multiple myeloma bone disease progression, and bacterial swarming phenomena. He develops multiscale models integrating cellular responses with mechanical stresses, employing reaction-diffusion frameworks, age-structured population dynamics, and algebraic approaches to elucidate complex biological systems where experimental validation is challenging. Analysis of his 2014-2025 publications reveals three dominant thematic clusters: (1) microbiome modeling focusing on metabolic cross-feeding in the human gut; (2) biomechanical joint pathology examining how mechanical stresses trigger inflammatory cascades leading to cartilage degradation; and (3) cancer microenvironment dynamics mapping signaling networks in multiple myeloma bone disease. His work consistently emphasizes model validation against experimental data and identifies translational intervention points through computational perturbation studies. No scientific awards were documented in the provided materials. While specific student advising details and grant histories weren't included in the source text, his extensive publication record indicates active mentorship in mathematical biology and computational modeling. His research program likely involves collaborative grants supporting interdisciplinary work at the mathematics-biology interface, though explicit funding information wasn't available. Though no dedicated laboratory is mentioned, his research operates at the intersection of mathematical theory and biomedical application, suggesting collaboration with experimental biology groups at the University of Iowa for model validation. His work on gut microbiome, bone disease, and cartilage mechanics implies engagement with multiple research teams across medical and biological disciplines.
Prof. Dr.-Ing. Karsten Schöler is a Professor in the Department of Mechanical Engineering at Fachhochschule Südwestfalen (University of Applied Sciences), specializing in mechanics, gear technology, and automotive component design. He has led the Gear Technology Laboratory in Iserlohn since 2013 and previously held roles in automotive R&D, including leadership positions at Küster Automotive Door Systems and TRW Automotive. His career spans academia and industry, with a focus on bridging theoretical research with practical engineering solutions. Education: Diplom-Ingenieur (Mechanical Engineering, University of Siegen, 1988); PhD (University of Siegen, 1995). His research centers on gear systems , fatigue behavior of materials , and high-temperature deformation , particularly in automotive applications like window regulators and door systems. Publications highlight advancements in superalloys , microstructure analysis , and mechanical testing methodologies . Recent work with co-authors like Fabian Hug explores detent moments in gear systems and efficiency measurements in automotive small gears. His patents address innovations in worm gear units , window regulator assemblies , and adjustable guide rails . Scientific Awards: IHK Siegen Prize (1999) for his dissertation on pre-straining effects in superalloys. He oversees the Gear Technology Laboratory in Iserlohn, collaborating with employees such as Fabian Hug and Jens Henning Dodt. His teaching covers foundational mechanics, gear technology, and advanced courses for bachelor’s and master’s students.
Cristiano Loss is an Associate Professor of Timber Engineering in the Department of Wood Science , Faculty of Forestry , University of British Columbia . He concurrently serves as Associate Chair in Wood Building Design and Construction , leads the UBC Timber Engineering and Applied Mechanics (TEAM) group, and directs the Sustainable Engineered Structural Solutions Laboratory . Research Interests: Timber and engineered wood structural design Hybrid steel-timber building systems Seismic performance of mass-timber structures Vibration serviceability of timber floors Cross-laminated timber (CLT) assemblies Prefabricated and industrialized timber systems Over the past decade, Professor Loss has published extensively on advanced analytical and experimental techniques for evaluating the structural, dynamic, and seismic behavior of timber-based systems. His recent work leverages high-fidelity finite-element modelling, genetic algorithm optimization, and machine learning to predict and enhance the performance of connectors, shear walls, and floor diaphragms in mid- to high-rise timber buildings. Scientific Awards & Recognition: While the provided text does not enumerate specific awards, Professor Loss’s prolific publication record and leadership roles at UBC indicate substantial peer recognition in the field of timber engineering. Contact & Resources: Email: cristiano.loss@ubc.ca Office: Forest Sciences Centre 4032, 2424 Main Mall, Vancouver, BC V6T 1Z4, Canada Phone: 604-822-6716 Web: UBC TEAM Group Profiles: ResearchGate , LinkedIn
Firat Irmak is an Assistant Professor at the College of Engineering and Science , Florida Institute of Technology , in the Department of Aerospace, Physics and Space Sciences . His research focuses on the mechanical behavior of materials in high-stress environments. Email: firmak@fit.edu Phone: (321) 674-8788 Office: F.W. Olin Engineering Complex, Room 241 Research Interests: Dr. Irmak specializes in Mechanical Behavior of Materials and Structures , with emphasis on: Metal Creep (time-dependent deformation under stress) Fatigue (material failure under cyclic loading) Corrosion (material degradation in harsh environments) Aerospace Design and Analysis (structural reliability in aerospace systems) Publications Trends: His work primarily examines Nickel-Base Superalloys used in turbine blades. Key methodologies include Crystal Viscoplastic Modeling , Multiaxial Strain-Life Approaches , and Bayesian Calibration for fatigue prediction. Recent studies (2025-2020) address challenges in: High-temperature creep and fatigue Single-crystal and directionally solidified alloy modeling Additively manufactured material testing Uncertainty quantification in life prediction
Samuel Yniesta is an Associate Professor at Polytechnique Montréal in the Department of Civil, Geological and Mining Engineering. His work focuses on geotechnical earthquake engineering, soil dynamics, and constitutive modeling, with emphasis on organic soils and sensitive clays. Ph.D. and M.S. in Civil Engineering from UCLA B.Sc. from Ecole Spéciale des Travaux Publics (ESTP), Paris His research integrates constitutive modeling , numerical simulations , and centrifuge experiments to analyze seismic stability of tailings impoundments, soil liquefaction, and ground response in soft soil profiles. Recent publications highlight advancements in NorSand calibration for nonlinear state-dilatancy laws, PM4Sand model applications for mine tailings, and settlement behavior of organic soils under cyclic loading. Shah Family Innovation Prize (2021) Thomas A. Middlebrooks Award (2022) He supervises graduate students in projects related to geotechnical seismic engineering and mine waste stability . He also contributes to technical committees and partners with institutions like the Earthquake Engineering Research Institute.
Dr. Alan Kop is an Adjunct Associate Professor in the School of Engineering, Department of Mechanical Engineering at The University of Western Australia. He also serves as a Biomedical Engineer at Royal Perth Hospital since August 2000, bridging clinical practice with engineering research. His work focuses on implant biomechanics, orthopedic devices, and materials science applications in healthcare. PhD in Engineering, Swinburne University of Technology (2004) BApp Sci in Metallurgy, Curtin University (1998) MSc in Physics, Curtin University (1993) Post Grad Dip in Materials Science, Curtin University (1989) His research spans Biomedical Engineering , Orthopedic Surgery , and Materials Failure Analysis , with recent publications examining: Cephalomedullary nail breakages in multicenter databases Biomechanical properties of dermal grafts Polyethylene liner dissociation in hip implants LARS synthetic ligament evaluation Emergency PPE manufacturing during pandemics His work integrates Mechanical Engineering principles with clinical applications, emphasizing implant longevity and tissue biomechanics.
Dr. Lecturer Erkan Şenol is a faculty member in the Department of Civil Engineering, Faculty of Engineering, Yeditepe University, Istanbul, Turkey. He has been actively involved in structural and earthquake engineering research since 2010, serving first as a research assistant at Yıldız Technical University and Beykent University while completing his graduate studies. Education Ph.D. (ongoing since 2012), Structural Engineering, İstanbul Technical University Institute of Graduate Education M.Sc. (2010-2012), Structural Engineering, İstanbul Technical University Institute of Science (Thesis: "Investigation of the seismic performance of a three-dimensional irregular structural system") B.Sc. (2005-2010), Civil Engineering, Yıldız Technical University, Faculty of Civil Engineering Research Interests Dr. Şenol's research focuses on structural and earthquake engineering , with particular emphasis on seismic performance of reinforced concrete and precast structures , buckling restrained braced frames , innovative mechanical connectors , and railway infrastructure systems such as ballastless slab tracks. He employs both experimental and analytical approaches to develop resilient and sustainable construction technologies. Publication Trends Between 2016 and 2023 Dr. Şenol has co-authored multiple SCI/SCI-Expanded journal articles and conference papers covering experimental investigations on precast beam-column joints, mechanical connectors, composite sandwich panels, and seismic energy dissipation devices. His work consistently bridges laboratory experimentation with practical design guidance for earthquake-resistant structures and transportation infrastructure. Scientific Awards No specific scientific awards are mentioned in the provided text. Teaching & Administrative Duties Course instructor for undergraduate civil engineering classes at Yeditepe University Former representative of research assistants at Yıldız Technical University (2014) Laboratory & Teams Dr. Şenol actively collaborates with multidisciplinary research teams at Yeditepe University and other leading Turkish institutions, conducting large-scale structural testing in structural and earthquake engineering laboratories.
