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Fluids Engineering Division Summer Meeting > Program > Tracks & Topics

Tracks & Topics

Topic 1-1: Data Driven AI and Machine Learning for Fluids

Sponsor Technical Committees: MFTC, FASTC

Data-based simulations, including reduced order modeling approaches have a long history in Fluid Mechanics. For example Proper Orthogonal Decomposition (POD) methods have been in use for decades. Nonetheless, interest in data-based applications and simulations methodologies is increasing greatly in recent years. Machine learning methods in particular, are being applied to model development as well as a variety of applications including design optimization. Automated design optimization algorithms that do not use machine learning techniques are also evolving rapidly. This topic seeks original contributions at the nexus of optimization, data-based simulations and machine learning.

Organizers:
S. Balachandar
Cristian Marchioli: cristian.marchioli@uniud.it
Prashant Khare
Aarthi Sekaran: aarthi.sekaran11@gmail.com

Topic 1-2: Machine Learning, Reduced Order Modeling in CFD and Design Optimization

Sponsor Technical Committees: CFDTC, FMTC

Data-based simulations, including reduced order modeling approaches have a long history in Fluid Mechanics. For example Proper Orthogonal Decomposition (POD) methods have been in use for decades. Nonetheless, interest in data-based applications and simulations methodologies is increasing greatly in recent years. Machine learning methods in particular, are being applied to model development as well as a variety of applications including design optimization. Automated design optimization algorithms that do not use machine learning techniques are also evolving rapidly. This topic seeks original contributions at the nexus of optimization, data-based simulations and machine learning.

Organizers:
Shanti Bhushan: bhushan@me.msstate.edu
Leitao Chen: leitao.chen@erau.edu
Aytekin Gel: aike@alpemi.com
Justin Weber: justin.weber@netl.doe.gov
Javid Bayandor: bayandor@buffalo.edu

Topic 1-3: Machine Learning and AI for Microfluidics

Sponsor Technical Committee: MNFDTC

This session welcomes submissions in the areas of AI and machine learning in micro/nano fluidic system design, data-driven modeling of flow and transport phenomena, automated design and optimization of microfluidic chips and predictive analytics in device performance and diagnostics.

Organizers:
Mehdi Salek: msalek@mit.edu
Sangjin Ryu: sangjin.ryu@unl.edu

Topic 2-1: Recent development in CFD methods and Verification and Validation

Sponsor Technical Committee: CFDTC

Papers and presentations are solicited in CFD tool development, including, but not limited to, new development of Verification and Validation methods in CFD, covering theory and algorithms. Of special interest are methods for structured/unstructured, body-fitted or immersed-boundary mesh methods. Dissemination of knowledge by presenting research results, new developments, and novel concepts in CFD and Verification and Validation will serve as the foundation upon which the conference program of this area will be developed.

Organizers:
Zhongquan (Charlie) Zheng: zzheng@usu.edu
Ning Zhang: nzhang@mcneese.edu
Justin Weinmeister: weinmeistejr@ornl.gov

Topic 2-2: Turbulence Models and other Emerging Methods in CFD

Sponsor Technical Committee: CFDTC

The topic DNS, LES and Hybrid-RANS/LES Methods focuses on the simulation of unsteady flows through DNS, LES, or Hybrid RANS/LES techniques, representing the state-of-the-art in numerical simulation. Contributors are encouraged to highlight application of these methods, development efforts furthering their accuracy, robustness, or tractability, or analysis techniques for large-scale unsteady simulation such as bigdata mining, compression, or feature extraction.

Organizers:
Shanti Bhushan: bhushan@me.msstate.edu
Keith Walters: keithw@uark.edu
Javid Bayandor: bayandor@buffalo.edu
Elia Merzari: ebm5351@psu.edu
Pratap Vanka: spvanka@illinois.edu

Topic 3-1: Computational Modeling in Hydro- and Aero- Flow Dynamics

Sponsor Technical Committee: CFDTC

The goal of the hydro- and aero flow dynamics topic is to provide a platform for presenting results and disseminating recent research and developments in marine hydrodynamics and or aerodynamics. Areas of interest for this symposium include, but are not limited to, the following topics: (1) computational and experimental marine hydrodynamics; (2) resistance and propulsion; (4) seakeeping and maneuvering; (5) waves; (6) under water explosion; (7) hull form optimization; (8) fluid-structure interaction; and (9) hydroacoustics. Authors and presenters are invited to participate in this event to expand international cooperation, and to explore outstanding and frontier problems in marine hydrodynamics for further research and applications.

Organizers:
Haibo Dong: hd6q@virginia.edu
Chengyu Li: chengyu.li@villanova.edu
Shanti Bhushan: bhushan@me.msstate.edu

Topic 3-2: Computational Turbulent Combustion

Sponsor Technical Committee: CFDTC

The interest in the field of numerical simulation of reactive flows has grown considerably in the last decade or so. Computational modeling has now become an important design tool to study complex combustion physics in many engineering applications including internal combustion engines, gas turbines, power plants, boilers and small-scale burners. However, owing to the complex nature of the problem, simulating multi-scale physics in turbulent reactive flows in detail is still a challenge. This topic solicits research work covering numerical modeling of combustion especially in the field of unsteady turbulent combustion should be presented. The authors are encouraged to submit any fundamental and/or applied work covering recent progress in the area of computational turbulent combustion.

Organizers:
Chaitanya Ghodke: chaitanyaghodke1@gmail.com
Leitao Chen: leitao.chen@erau.edu

Topic 3-3: Open Source CFD

Sponsor Technical Committee: CFDTC

Computational Fluid Dynamics (CFD) has seen a surge in its usage from research-only utilization to industrial-scale research and optimization. It is here that the algorithms refined during research come to fruition. However, a large number of industries are small or medium-sized enterprises and can not afford to pay the high licensing fee some softwares demand. Open Source CFD softwares, therefore, are starting to become popular. This topic invites researchers to submit original work- research or industrial oriented, where any Open Source CFD package has been used to provide solution to a CFD related problem.

Organizers:
Shanti Bhushan: bhushan@me.msstate.edu
Chengyu Li: chengyu.li@villanova.edu

Topic 3-4: CFD for Nuclear Thermal Hydraulics

Sponsor Technical Committee: CFDTC

Authors are invited to submit advancements in code development or analyses utilizing the full fidelity spectrum of CFD targeting nuclear thermal hydraulics. Works involving CFD and related analysis methods in reactor cores are also welcome, including those requiring coupling with neutron transport and/or system level simulations.

Organizers:
Victor Coppo Leite: victor.coppoleite@inl.gov
Elia Merzari: ebm5351@psu.edu

Topic 3-5: Coupled Multiphysics Simulation I

Sponsor Technical Committee: CFDTC

In the real world, a fluidic system often involves multiple physical process which interacts in complex and interesting ways. The fluid fields can significantly affect the chemical reactions, biological transportation, heat exchange, electromagnetic system, structural mechanics and so on. Therefore, it is important to develop coupled multi-physics computational methods to simulate and study these complicated phenomena, not separately. This topic encourages researchers to simplify the real systems, construct multiphysics models and conduct numerical simulations to investigate the flow behavior and how it influences the coupled process such as in chemical engineering, energy industry, bio- and micro-fluidic applications, etc.

Organizers:
Lakshman Anumolu: anumolu@uwalumni.com
Mahbobur Rahman: mahbobur@vt.edu

Topic 3-6: Modeling Flow Through Porous Media

Sponsor Technical Committee: CFDTC

Porous media are materials characterized by microstructures, and the flow, heat, and mass transfer through these media are crucial in a wide range of applications. Computational fluid dynamics (CFD) simulation of the flow through porous media at pore scales has gained more attention in the last decade. This session is open to CFD studies focused on, but not limited to the following topics: 1. Gas, liquid and particles flow through filters and membranes 2. Biomedical tissues and implants 3. Fuel cells, and batteries 4. Pore scale modeling of the gas/oil reservoir and aquifers 5. Adsorption processes and chromatography 6. Permeability of the woven/nonwoven fabrics. Authors are encouraged to submit both fundamental and applied studies, including on the generation and reconstruction of porous structures models, as well as multiphysics models that capture the complex interactions within porous media.

Organizers:
Hasan Hashemisohi: hhashemi@wlgore.com
Victor Coppo Leite: victor.coppoleite@inl.gov

Topic 4-1: Interactions in Bio-Inspired Propulsion

Sponsor Technical Committees: CFDTC, FMTC

This symposium will serve as a premier platform for researchers, engineers, and practitioners to present their latest findings, share insights, and discuss cutting-edge research and developments in bio-inspired propulsion and their engineering applications. The symposium will cover a broad range of topics related to the fascinating dynamics and innovative potential of bio-inspired propulsion. Areas of interest include but are not limited to, the following topics: (1) fish schooling hydrodynamics; (2) bio-inspired propulsors; (3) multi-physics in bio-inspired propulsion; (4) design and implementation of bio-inspired swarms; (5) Novel computation and experimentation technologies for studying bio-inspired flows.

Organizers:
Chengyu Li: chengyu.li@villanova.edu
Haibo Dong: hd6q@virginia.edu
Yuanhang Zhu: yuanhang.zhu@ucr.edu
Javid Bayandor: bayandor@buffalo.edu
Zhenglun "Alan" Wei: zwei1@wpi.edu

Topic 4-2: Applications of CFD in Medicine and Biomedical Systems

Sponsor Technical Committees: CFDTC, FMTC, BFMWG

The topic Applications of Computational Fluid Dynamics Medicine and Biomedical Systems focuses on transport phenomena taking place in human body, medical devices, or medicine and biomedical systems in general. Both CFD and experimental works are welcomed.

Organizers:
Isaac Bernabe Perez Raya: ibpeme@rit.edu
Zhongquan (Charlie) Zheng: zzheng@usu.edu
Zhenglun "Alan" Wei: zwei1@wpi.edu

Topic 4-3: Cardiovascular Fluid Mechanics, including Congenital and Acquired Heart Disease

Sponsor Technical Committee: BFMWG

This topic will focus specifically on fluid dynamics within the cardiovascular system under physiological and pathological conditions. Topics include patient-specific modeling of congenital and acquired heart diseases, analysis of large-vessel flows (e.g., aorta, pulmonary arteries), and ventricular flow mechanics. Studies may employ computational, imaging-based, or analytical methods, but should be limited to native cardiovascular anatomy rather than implanted devices. Contributions linking altered cardiovascular flow patterns to disease progression, surgical outcomes, or physiological performance are encouraged.

Organizers:
Ajit P. Yoganathan
Peter E. Hammer

Topic 4-4: Respiratory Airflow Dynamics and Ventilation

Sponsor Technical Committee: BFMWG

This topic will cover flow phenomena in the respiratory system, from the upper airways to the alveoli, under rest, exercise, and various physiological or pathological conditions. Submissions may address computational or experimental studies of airflow distribution, airway resistance, aerosol and particle transport, and the mechanics of gas exchange. Topics of interest include the effects of respiratory diseases such as COPD, asthma, and pulmonary fibrosis on airflow patterns, as well as the influence of posture, breathing patterns, or exercise on respiratory fluid mechanics. All work should focus on native respiratory physiology and exclude studies primarily centered on medical devices. Research that integrates imaging, physiological measurements, or multi-scale modeling to enhance understanding of respiratory function is encouraged.

Organizers:
Jessica Oakes
Alister Bates
Ching-Long Lin

Topic 4-5: Cerebrovascular and Brain Flow Dynamics

Sponsor Technical Committee: BFMWG

This topic will focus on the study of blood flow in the cerebral vasculature and cerebrospinal fluid (CSF) circulation, excluding device-related topics. Areas of interest include arterial and venous hemodynamics in the brain, flow–structure interaction in intracranial vessels, microcirculatory dynamics in neural tissue, and CSF flow in the ventricular system and subarachnoid space. Topics could include the hemodynamic basis of stroke, aneurysm initiation and progression, arteriovenous malformations, and the coupling between vascular and neural function. Studies integrating neuroimaging, fluid mechanics, and neuroscience to improve understanding of brain health and disease are particularly encouraged.

Organizers:
Milan Toma
David Steinman

Topic 4-7: Fluid Mechanics (including acoustics) in Medical Devices

Sponsor Technical Committee: BFMWG

This topic will address fluid dynamics specifically in engineered medical devices designed for cardiovascular, respiratory, cerebrovascular, and other applications. Examples include prosthetic and bioprosthetic heart valves, vascular stents, ventricular assist devices (VADs), extracorporeal membrane oxygenation (ECMO) systems, hemodialysis circuits, mechanical ventilators, tracheal stents, cerebrovascular stents, aneurysm flow diverters, and neurovascular thrombectomy devices. Topics include device–flow interaction, flow-induced stresses, thrombosis and embolism risk, and long-term device performance under physiological and pathological conditions. Submissions should focus on flow within or immediately adjacent to devices, as opposed to native anatomy alone. Both in vitro and in silico approaches, as well as studies with rigorous validation, are encouraged.

Organizers:
Lakshmi Prasad Dasi
Jinxiang Xi
Yihao Zheng

Topic 4-8: Regulatory Science and Translation of Fluid-Based Devices

Sponsor Technical Committee: BFMWG

This topic will focus on the integration of fluid mechanics research into regulatory and translational pathways for medical devices. Topics include pre-clinical performance testing, in silico trial design, regulatory submission strategies, and approaches for reducing animal testing. Studies should emphasize regulatory compliance, validation protocols, and clinical translation rather than device design or fundamental flow analysis. Contributions from academia, industry, and regulatory collaborations are especially encouraged.

Organizers:
Changfu Wu
Steven Day

Topic 4-9: Computational Modeling and Validation in Human-Based Flow Studies

Sponsor Technical Committee: BFMWG

This topic will feature computational modeling methods that use human-based data from imaging, sensors, or clinical measurements. Topics include reduced-order modeling, uncertainty quantification, data assimilation, and reproducibility across clinical cohorts. Validation against human data and discussion of clinical applicability are encouraged but not necessary.

Organizers:
Alessandro Veneziani
Zhongquan (Charlie) Zheng: zzheng@usu.edu
Zhenglun "Alan" Wei: zwei1@wpi.edu

Topic 4-10: Experimental (In Vitro & Ex Vivo) Methods for Biomedical Flow Analysis

Sponsor Technical Committee: BFMWG

This topic will highlight laboratory-based approaches for studying biomedical flows under controlled conditions. Topics include mock circulatory loops, tissue-mimicking phantoms, microfluidic devices, and particle image velocimetry (PIV) in physical models. Studies integrating in vitro results into computational validation pipelines are welcome.

Organizers:
Keefe B. Manning
Huang Chen
Gretel Monreal

Topic 4-11: In Vivo Measurement Techniques for Physiological Flow

Sponsor Technical Committee: BFMWG

This topic will focus exclusively on direct measurement of flows in living systems. Topics include advanced imaging (e.g., 4D flow MRI, Doppler ultrasound) and catheter-based flow assessments. Submissions should emphasize method development, resolution improvement, and validation strategies for in vivo data acquisition.

Organizers:
Alejandro Roldán-Alzate
John Oshinski

Topic 5-1: Advanced Optical/Acoustic-based Methods in Thermal-Flow Diagnostic

Sponsor Technical Committee: FMITC

This topic aims to bring together researchers, industry experts, and practitioners to explore and discuss the latest advancements in optical/acoustic-based diagnostic techniques used to analyze and understand complex flow phenomena that are encountered in a wide range of industrial applications including additive manufacturing, oil and gas production, chemical processing, power generation, environmental engineering, biomedical engineering, and aircraft/wind turbine icing. Understanding these flows is critical for optimizing processes, improving efficiency, and ensuring safety. The scope under this topic covers a broad spectrum of sub-topics related to thermal and flow diagnostics in multiphase systems, focusing on experimental methods to address the challenges associated with detection, visualization, and measurements of the behavior of various flows. The topic will highlight state-of-the-art diagnostic techniques that leverage advancements in sensor technology, imaging methods, and data analysis, and their applications in both fundamental research and industrial applications. Through this topic, we aim to foster an interdisciplinary dialogue among experts in thermal and flow diagnostics, facilitating the exchange of ideas and collaboration on the development of innovative techniques. Participants will have the opportunity to present their research findings, share case studies, and discuss practical applications of advanced diagnostic methods in various flow phenomena.

Organizers:
Haiyang Hu: hh0084@uah.edu
Yang Liu: yliu7@ccny.cuny.edu

Topic 5-2: Novel Measurement Techniques in Fluid Engineering

Sponsor Technical Committee: FMITC

This topic aims to convene researchers, engineers, and industry professionals to explore cutting-edge methods and tools for measuring fluid flow and related phenomena. Accurate measurement techniques are fundamental to advancing our understanding of fluid behavior, optimizing engineering designs, and solving practical problems in industry. This topic will cover a wide range of sub-topics related to novel and emerging measurement techniques in fluid mechanics, aiming to showcase innovative approaches that enhance the precision, reliability, and applicability of fluid measurements across different scales and environments. Participants will have the opportunity to discuss the challenges and opportunities associated with these new techniques, as well as their potential impact on the future of fluid mechanics research and applications.

Organizers:
Yang Liu: yliu7@ccny.cuny.edu
Keldon Anderson: keldon-anderson@utulsa.edu

 

Topic 5-3: Fluid Measurements in Electrical and Magnetic Fields

Sponsor Technical Committee: FMITC

This topic highlights experimental studies and measurement techniques for fluid flows influenced by electrical and magnetic fields. It encompasses diagnostics, instrumentation, and novel methodologies for characterizing electrohydrodynamic, magnetohydrodynamic, and plasma–fluid interactions across various scales and applications. Areas of interest include, but are not limited to, energy systems, propulsion, materials processing, and environmental flows where electric or magnetic fields play a critical role in governing fluid behavior.

Organizers:
Leitao Chen: leitao.chen@erau.edu
Yang Liu: yliu7@ccny.cuny.edu

Topic 6-1: Fluid Measurements in Energy Systems

Sponsor Technical Committee: FMITC

This topic focuses on experimental investigations and advanced measurement techniques for fluid dynamics across a wide range of energy systems. Emphasis is placed on instrumentation, diagnostics, and scaling approaches for characterizing flow behavior in applications such as wind energy, nuclear power, battery thermal management, and other emerging energy technologies. Contributions may include laboratory-scale studies, field measurements, and innovative experimental methodologies enabling deeper understanding and optimization of flow processes in energy systems.

Organizers:
Linyue Gao: linyue.gao@ucdenver.edu
Yang Liu: yliu7@ccny.cuny.edu

Topic 6-2: Renewable Energy

Sponsor Technical Committee: FASTC

This session will showcase presentations on recent advances in the design, operation, and performance of wind turbines and hydroturbines. Topics will include innovations in aerodynamic and hydrodynamic efficiency, structural optimization, and energy conversion systems. In addition, the session will cover state-of-the-art methods for control, monitoring, and diagnostics of key components, addressing challenges related to reliability, predictive maintenance, and fault detection. Both experimental and computational studies will be highlighted, along with practical case examples demonstrating improved sustainability, efficiency, and operational lifespan in renewable energy systems.

Organizers:
Aarthi Sekaran: aarthi.sekaran11@gmail.com
Tammy Guimaraes: guimaraes@psu.edu

Topic 6-3: CFD for Sustainable Innovations and Industry Applications

Sponsor Technical Committee: CFDTC

Papers and presentations are solicited in CFD applications in engineering and industrial applications. This topic will explore the role of CFD in driving sustainable innovations to achieve technological advancement, carbon neutrality, broader and long-term economic and environmental benefits. It aims to bridge the gap between cutting-edge research and real-world industrial implementation through showcasing practical applications, industry collaborations, and success stories. The CFD tools used for the applications can be in-house codes, open-source codes, and/or commercially available packages. Participation in this event will expand international cooperation, understanding and promotion of efforts and disciplines in all types of industries.

Organizers:
Jun Zhang: juz985@utulsa.edu
Zhongquan (Charlie) Zheng: zzheng@usu.edu
Ning Zhang: nzhang@mcneese.edu

Topic 7-1: Heat and Mass Transfer in Multiphase Flows

Sponsor Technical Committee: MFTC

Heat and Mass Transfer in Multiphase Flows topic focuses on reviewing and discussing the latest advancements in analytical, numerical, and experimental research to enhance the understanding of heat and mass transport phenomena in multiphase flows. These phenomena are crucial in processes such as chemical and sorption heat pumps, heat and cold storage, drying of granular materials in fluidized beds, and thermal and chemical reactors. Applications also extend to spray flows in turbines, biomass pyrolysis, heat treatment of metals, and nanofluid microchannels. Research methods are primarily categorized into Eulerian– Eulerian and Lagrangian–Eulerian approaches. Central to these applications is the analysis of interactions at phase interfaces, characterized by multiphase impulse, heat, and mass transfer. This area remains vital and attractive to the multiphase flow community.

Organizers:
Francesco Zonta: Francesco.Zonta@newcastle.ac.uk
Ted Heindel: theindel@iastate.edu

Topic 7-2: Cavitation

Sponsor Technical Committee: MFTC

Authors and presenters are invited to contribute to fostering discussion, understanding, and information exchange on cavitation-related topics. Submissions can include both completed studies suitable for formal presentations or archival publication and works in progress. Papers are sought on a variety of cavitation research areas, with particular interest in cavitation in rotating machines, propellers, valves, injectors, foils, and bodies, as well as studies on nucleation, inception, and cavitation-induced erosion. Contributions may cover theoretical, computational, and experimental research, including related instrumentation and practical experiences in these areas.

Organizers:
Aswin Gnanaskandan: agnanaskandan@wpi.edu
Mauro Rodriguez: mauro_rodriguez@brown.edu

Topic 7-3: Gas-Liquid Flows

Sponsor Technical Committee: MFTC

Gas-Liquid Flows topic explores the diverse and complex field of gas-liquid flows, which are crucial in various industrial applications such as energy, nuclear, chemical, geothermal, oil and gas, and refrigeration.These flows can take many forms, including transitions from liquid to vapor due to external heating, separated flows, and dispersed two-phase flows where one phase appears as droplets or bubbles within a continuous fluid phase. These turbulent flows involve significant interfacial interactions, making theoretical prediction of their hydrodynamics highly challenging. Due to this complexity, empirical data often supplements theoretical models, requiring assumptions and approximations. Accurate prediction hinges on understanding phase distribution and its impact on local hydrodynamics, as well as the fundamental phenomena of gas-liquid flow systems. This topic aims to review recent advancements, assess the current research landscape, and identify future research directions.

Organizers:
Goodarz Ahmadi: gahmadi@clarkson.edu
Cristian Marchioli: cristian.marchioli@uniud.it

Topic 7-5: Erosion, Slurry flow and Sedimentation

Sponsor Technical Committee: MFTC

Erosion, Slurry Flow and Sedimentation topic welcomes contributions covering theoretical studies, experimental results, computational methods, erosion wear, and fluid machinery. Emphasis is placed on new concepts and innovative investigative techniques. Liquid-solid flows are crucial in industries like mechanical, chemical, mining, slurry transportation, paper production, and nuclear reactors, requiring specialized experimental and computational approaches. Topics include particle dynamics, phase interactions, direct numerical simulation, flow visualization, high-resolution measurements, particle-wall interactions, and two-phase flow in fluid machinery. Abstracts (300-500 words) should be submitted via the conference website, including the lead author's contact details. Final paper acceptance will follow a comprehensive manuscript review, with accepted papers available for download at the meeting and potential submission to the Journal of Fluids Engineering.

Organizers:
Judith Bamberger: judith.Bamberger@pnnl.gov
Siamack Shirazi: siamack-shirazi@utulsa.edu
Soroor Karimi: soroor-karimi@utulsa.edu

Topic 7-6: Experimental Methods for Multiphase Flows

Sponsor Technical Committees: MFTC, FMITC

This topic focuses on a wide range of experimental research and methods in multiphase flows. Submissions are welcome for studies spanning from foundational research to novel applications and experiments in multiphase flows, including those not covered by other multiphase flow tracks. Sample topics include advancements in test facilities, new or enhanced instrumentation, diagnostics for novel systems, and unique measurements in multiphase flow applications. Both software and hardware developments are of interest. However, experimental results using traditional diagnostics covered by other tracks (e.g., cavitation or gas-solid flows) should be submitted accordingly. Submissions should clearly highlight the novelty and specific contributions to experimental fluid mechanics in multiphase flows.

Organizers:
Justin Weinmeister: weinmeistejr@ornl.gov
Qingqing Liu: qliu@me.msstate.edu
Yang Liu: yliu7@ccny.cuny.edu

Topic 7-7: Numerical Methods for Multiphase Flows

Sponsor Technical Committees: MFTC, CFDTC

We invite submissions for the topic on Numerical Methods in Multiphase Flows. We encourage innovative developments that improve accuracy, efficiency, and stability in simulations of interfaciual flows and multiphase flows. Submissions on interface methods (e.g. VOF, Level-set, Phase field, Front tracking) and multiphase methods (Eulerian-Lagrangian method and Eulerian-Eulerian method) are particularly welcome. We are interested in contributions related to multiphase systems such as gas-liquid and liquid- solid flows, focusing on new modeling techniques, experimental validation, and applications in areas like energy, environment, and manufacturing. Subtopics including turbulence modeling, adaptive mesh refinement, large-scale simulations, and fluid-structure interaction are of high interest. Papers emphasizing V&V with case studies, new methodologies, or best practices are also encouraged. We welcome complete works and works in progress from both academia and industry. This topic offers an opportunity to engage with leading experts and receive critical feedback.

Organizers:
Michael Kinzel: michael.kinzel@erau.edu
Douglas Fontes: dfontes@westmont.edu
Suhas Jain: suhasjain@gatech.edu

Topic 7-8: Multiphase Challenges Addressed by Modeling and Experiments

Sponsor Technical Committees: MFTC, CFDTC

This session centers on the comprehensive study of multiphase flow, incorporating both experimental and computational approaches to liquid-gas, liquid-solid, gas-solid, and three-phase flows. Key topics include the transport of fuel droplets, particles, and bubbles in turbulent flows, acoustics and vibrations in bubbly flows, cavitation dynamics, slurry jets, and multiphase flows involving heat and mass transfer. The session will highlight experimental studies, data acquisition techniques, algorithm development for Computational Multiphase Fluid Dynamics (CMFD), and advanced numerical methods for fluid flow representation. This multifaceted field is crucial across various industries, including power generation, nuclear technology, food production, chemical processing, aerospace, and automotive sectors. Papers that explore the synergy between computational and physical models, emphasizing software tools, laboratory capabilities, and advanced sensors for high-fidelity data, are especially encouraged.

Organizers:
Donna Post Guillen: Donna.Guillen@inl.gov
Victor Coppo Leite: victor.coppoleite@inl.gov

Topic 7-9: Multiphase Flows in Environmental and Industrial Applications

Sponsor Technical Committee: MFTC

This topic focuses on a wide range of environmental and industrial applications, including energy transportation and conversion, power generation, water treatment, oil production, desalination, refrigeration, air conditioning, fluidized beds, slurry transport, fuel injection, cyclone separators, and plasma coating. Environmental multiphase flows including volcanic eruptions, rain formation, snow avalanches, sediment transport, CO2 sequestration, and dust storms are also of interest. The macroscopic behavior of these systems relies on fundamental processes such as heat and mass transfer, combustion, and chemical reactions. Bridging basic and applied research is essential for technological advancement and societal well-being. Recent advances in experimental diagnostics and high-fidelity simulations have enhanced our ability to predict and model multiphase flows, and this session aims to share the latest research, innovative modeling techniques, and comprehensive computational studies.

Organizers:
Alessio Roccon: alessio.roccon@uniud.it
Efstathios (Stathis) Michaelides: e.michaelides@tcu.edu
Yangqing (Suby) Dou: suby828@gmail.com

Topic 8-1: Aerospace

Sponsor Technical Committee: FMTC

This topic focuses on complex aerospace flows that lead to enhanced designs in the aerospace industry and drive significant academic research. The symposium will cover broad topics such as fluid dynamics in aerospace, multi-physics dynamics including fluid-solid interactions, and multi-scale investigations with constitutive modeling. Key areas of focus include advancements in aeroacoustics, aerodynamics, aeroelasticity, propulsion, rocket combustion, structural dynamics, aerospace design optimization, flight mechanics, and space fluid systems.

Organizers:
Javid Bayandor: bayandor@buffalo.edu

Topic 8-2: Fluid Machinery

Sponsor Technical Committee: FASTC

This session will feature presentations that explore the design, development, and optimization of fluid-driven machinery, with a focus on both overall system performance and the enhancement of individual components. Topics will include innovations in the engineering of fans, compressors, turbines, and blowers, as well as advances in materials, manufacturing methods, and control strategies. Presenters will address both theoretical and applied perspectives, highlighting new research, experimental studies, and practical case examples aimed at improving efficiency, reliability, and sustainability in fluid-driven systems.

Organizers:
Ernesto Primera: eprimera@udel.edu
Aarthi Sekaran: aarthi.sekaran11@gmail.com

Topic 8-3: Pumping Machinery

Sponsor Technical Committee: FASTC

This topic covers recent developments and innovations in pump-driven flows, encompassing a wide range of technologies such as turbopumps, axial and centrifugal pumps, and multistage pumping systems. Presentations will address advances in hydraulic design, performance optimization, cavitation control, materials selection, and manufacturing techniques. Both experimental and computational studies will be highlighted, along with case studies demonstrating improved efficiency, reliability, and adaptability in diverse applications, from industrial processing to energy systems and fluid transport infrastructure.

Organizers:
Ernesto Primera: eprimera@udel.edu
Tammy Guimaraes: guimaraes@psu.edu

Topic 8-4: Turbomachinery

Sponsor Technical Committee: FASTC

This session will feature presentations on a range of turbomachinery components, including but not limited to seals, bearings, and turbines. Topics will span both experimental investigations and numerical simulations, covering advances in design, materials, performance optimization, and failure prevention. Presenters will explore component-level innovations as well as their integration within larger systems, highlighting case studies, validation approaches, and emerging technologies aimed at improving efficiency, reliability, and operational life in diverse turbomachinery applications.

Organizers:
Tammy Guimaraes: guimaraes@psu.edu
Ernesto Primera: eprimera@udel.edu

Topic 9-1: Fundamentals and Application for Micro- Nano-Fluidics

Sponsor Technical Committee: MNFDTC

This session welcomes submissions in the areas of fundamental flow phenomena in micro- and nanosystems, micro/nanoscale fluid mechanics and transport theory, interfacial phenomena in micro/nanosystems, thermofluid science in micro- and nanoscale systems, electrokinetic, electrohydrodynamic, and magnetohydrodynamic modeling, multiphysics modeling and simulation of micro/nanosystems, flow and transport diagnostic and measurement techniques and fluid-structure interactions (FSI) in micro/nanosystems.

Organizers:
Mehdi Salek: msalek@mit.edu
Sangjin Ryu: sangjin.ryu@unl.edu

Topic 9-2: Droplet Microfluidics

Sponsor Technical Committee: MNFDTC

This session welcomes submissions in the areas of droplet generation, manipulation, and control techniques, digital microfluidics and electrowetting systems, two-phase flows in confined geometries, emulsion formation and stabilization in microchannels, applications in single-cell analysis and encapsulation, multiphase flow dynamics and breakup mechanisms and surface tension and wettability in droplet systems.

Organizers:
Mehdi Salek: msalek@mit.edu
Sangjin Ryu: sangjin.ryu@unl.edu

Topic 10-1: Fluid Structure Interaction and Boundary Layer Flows

Sponsor Technical Committees: CFDTC, FMTC

The topic addresses: 1) the study of multi-physics science and engineering problems involving fluid- structure interactions or fluid-thermal-structural interactions to include (but not limited to) aeroelasticity, vibrations, structural dynamics, stress analysis, thermal transients, and acoustics and 2) development of new and novel approaches to modeling fluid-structure interaction problems. Both CFD and experimental research are welcomed. The Boundary Layer Flows topic invites contributions on various aspects of laminar and turbulent boundary layer flows. Relevant areas include exact and numerical solutions, thermal boundary layers, and boundary layer control techniques. The topic also covers unsteady boundary layers, laminar-turbulent transition, and free shear flows with their applications. Additional focus is given to supersonic boundary layers, shock- wave boundary layer interactions, and advanced numerical methods for boundary layer analysis. This session aims to explore both theoretical and practical aspects of boundary layer dynamics across a range of flow conditions and applications.

Organizers:
Deify Law: dlaw@csufresno.edu
Caleb Barnes: caleb.barnes.1@us.af.mil
Yuqing Liu: yliu1@bechtel.com
Bo Yin: yinbo@imech.ac.cn

Topic 10-2: Drops and Bubbles

Sponsor Technical Committees: FMTC, FMITC, MFTC

The Drops and Bubbles topic offers comprehensive coverage of current experimental, theoretical, and numerical research on drops and bubbles. This topic covers broad areas in drops and bubbles, including but not limited to transport dynamics, controlled transport, impinging dynamics, multiphase phenomena (e.g., evaporation, condensation, solidification), interactions with other force fields (e.g., electric, magnetic, temperature gradient, plasma etc). Contributions related to the experimental, analytical, and numerical methods used to study these phenomena are encouraged. We aim to highlight advancements and foster discussions across all aspects of drops and bubbles.

Organizers:
Bei Fan: fanbei1@msu.edu
Yang Liu: yliu7@ccny.cuny.edu
Jingsen Ma: jingsen.asme@gmail.com

Topic 10-3: Numerical Modeling and General Turbulent Flows

Sponsor Technical Committees: FMTC, CFDTC

The Turbulent Flows topic focuses on advancing the understanding and control of turbulent flows across various application domains. Contributions may include experimental, numerical, or theoretical studies where turbulence significantly impacts momentum, heat, and mass transfer. Relevant topics include the stability of turbulent flows, numerical modeling using RANS, LES, or DNS, flows influenced by body forces such as electromagnetic fields or rotation, drag reduction, jet flows, confined flows, and unsteady flows with or without heat and mass transfer. Original research contribution using both experimental and computational approaches are welcome. This topic offers flexibility in presentation topics, ensuring a wide range of quality-driven discussions.

Organizers:
Jun Chen: junchen@purdue.edu
Shanti Bhushan: bhushan@me.msstate.edu
Chengyu Li: chengyu.li@villanova.edu

Topic 10-4: Vortex Dynamics

Sponsor Technical Committee: FMTC

The Vortex Dynamics topic offers comprehensive coverage of current experimental, analytical, and numerical research on vortex flows. Key areas include vortex flow physics, instabilities, and turbulence, as well as vortex creation and annihilation. The topic also encompasses studies on cyclones, phase changes in vortex flows, Lee vortices, vortex shedding, shallow-water vortices, vertical vorticity, spiral vortex flows, and ring vortices. Contributions related to the experimental, analytical, and numerical methods used to study these phenomena are encouraged. We aim to highlight advancements and foster discussions across all aspects of vortex dynamics.

Organizer:
S.A. Sherif: sasherif@ufl.edu

Topic 10-5: Slurry (settling & non-Settling) and Non-Newtonian Flows – Transport and Pumping Challenges

Sponsor Technical Committee: CFDTC

This session will include, but is not limited to, the following topics: 1) Slurry (settling & non-Settling) flows and non-Newtonian fluids: Applications and behaviors in industrial and process systems 2) Transport behavior in pipelines: Including settling and non-settling slurries, flow regime transitions, and scale-up issues 3) Critical velocity and deposition phenomena: Challenges related to minimum transport velocity, solids settling, and line blockages 4) Prediction of friction losses: Design and operational implications for various slurry and non-Newtonian systems 5) Pump and system performance: Effects of air lock, pump derating, and solids handling on reliability and efficiency 6) Wear mechanisms in equipment and pipelines: Impact, abrasion, combined wear modes, and strategies for mitigation 7) Rheological measurement: Laboratory methods for characterizing complex fluids 8) Advanced modeling and simulation: CFD, viscoplastic flow analysis, and the role of modeling in system optimization 9) Design considerations: For pumps, pipelines, cyclones, mixers, and other key system components 10) Testing and case studies: Laboratory, pilot-scale, and full-scale evaluations, especially lessons learned from challenging applications (e.g., mining, minerals processing, dredging, tailings transport). This topic is seeking papers in the area of Slurry (settling & non-Settling) and Non-Newtonian Flows simulations, including CFD challenges in transport and pumping.

Organizer:
Garman, Mohamed: mohamed.garman@ksb.com

Topic 10-6: Electrokinetics

Sponsor Technical Committee: FMTC

Electrokinetics phenomena play significant roles in various fluids engineering applications, such as separation and energy harvesting. The Electrokinetics topic offers comprehensive coverage of current experimental, theoretical, and numerical research on fundamental and application of electrokinetic research. This topic covers broad areas in electrokinetics, including but not limited to double layer, electroosmotic flow, electrokinetic energy conversion, electrophoresis, dielectrophoresis, diffusiophoresis. Contributions related to the experimental, analytical, and numerical methods used to study these phenomena are encouraged. We aim to highlight advancements and foster discussions across all aspects of electrokinetics.

Organizer:
Bei Fan: fanbei1@msu.edu

Topic 10-7: Interfacial Phenomena and Flows

Sponsor Technical Committee: MFTC, FMTC

Interfacial flows represent one of the most challenging and dynamic areas in fluid dynamics due to the intricate interplay between different phases and the diverse scales involved. Understanding these processes is crucial for optimizing systems where multiphase flows are prevalent. This forum offers a platform for the fluids engineering community to present and discuss the latest experimental, numerical, and theoretical advancements critical to various engineering and scientific applications involving interfacial phenomena. Topics covered include: Capillary waves and instability mechanisms; Drop and bubble formation, breakup, and coalescence; Wetting, spreading, and contact line dynamics on solid surfaces; Heat and mass transfer, phase change, and interfacial reactions; Marangoni flows driven by temperature gradients and surfactants; Interfacial instability and interface-turbulence interactions.

Organizers:
Yue Ling: stanley_ling@sc.edu
Bei Fan: fanbei1@msu.edu

Topic 11-1: Advances in Fluids Engineering Education

Sponsor Technical Committee: FMTC

The Advances in Fluids Engineering Education topic invites submissions that explore innovative teaching methods in fluid mechanics. We welcome contributions related to novel curricula, courses, learning methodologies and teaching practices, both inside and outside the classroom. Topics of interest include laboratory setups, experimental learning, simulations, and unique design projects. The goal of this forum is to foster discussion and exchange of ideas among educators and engineers, ultimately enhancing the quality of fluids engineering education.

Organizers:
Ivana Milanovic: milanovic@hartford
Ray Taghavi: rtaghavi@ku.edu
Isaac Bernabe Perez Raya: ibpeme@rit.edu

Topic 11-2: 100 Years of Fluids Engineering Education in the United States: Past, Present, and Future

Sponsor Technical Committee: FMTC

This session offers a compelling retrospective and forward-looking perspective on the evolution of fluids engineering as a discipline. It will explore the foundational milestones that shaped the field over the past century, from early theoretical developments and experimental breakthroughs to the integration of computational methods and interdisciplinary approaches. The session will also highlight current educational trends, including the use of simulation tools, hands-on learning, and industry-academia collaboration, while envisioning future directions in curriculum design and research priorities.

Organizers:
Ivana Milanovic: milanovic@hartford
Ray Taghavi: rtaghavi@ku.edu
Ning Zhang: nzhang@mcneese.edu

GSSC/GHIA

Organizers:
Judith Bamberger: judith.Bamberger@pnnl.gov
Soroor Karimi: soroor-karimi@utulsa.edu
Yang Liu: yliu7@ccny.cuny.edu

Who's Who

Organizers:
Zhongquan (Charlie) Zheng: zzheng@usu.edu
Ning Zhang: nzhang@mcneese.edu
Kevin Anderson: kranderson1@cpp.edu

Flow Visualizations

Organizers:
Philipp Epple: philipp.epple@hs-coburg.de

In Memoriam of the 30th TC Chair, Dr. Malcolm J. Andrews

Sponsor Technical Committee: MFTC

"I owe my career to Malcolm. He is the reason I became a faculty and …"; "Malcolm was a steadfast supporter, mentor, and friend. His guidance in my tenure-track journey brought clarity, encouragement, and integrity."; "I was very honored and humbled that Malcom thought I was ready to continue his legacy, and that he trusted I would uphold the same rigor and standards in which he managed the Journal." At this special moment of FED’s 100th anniversary, former mentees and colleagues of the late chair of MFTC, Dr. Malcolm J. Andrews, are invited to share cherished memories about him, which shaped and continues to shape the legacy of fluids engineering community at ASME. After completing his graduate studies at Imperial College in London (1986), Malcolm chose to pursue his scientific career across the Atlantic Ocean. Malcolm started as a postdoctoral fellow at Princeton University (1986–1991), and then as a faculty member at Texas A&M University, where he rose to the rank of a full professor (1991–2005). He then moved to the Los Alamos National Laboratory (2005), where he advanced to a leadership role, initially as a National Security Fellow, and then in a series of roles with ever growing responsibilities. Malcolm has been a devoted and active member of the ASME FED for three decades including his leadership with the Journal of Fluids Engineering as the Editor. Most notable was his commitment to the multiphase flow community within FED. In 2000, he began co-organizing the “International Symposium on Numerical Methods for Multiphase Flow” and continued to do so for over 15 years. He then served as Vice Chair and Chair of the MFTC from 2006 to 2010.In the spirit of celebrating Malcolm's scientific achievements and exceptional mentorship dedicated to multiphase flow community, this MFTC special symposium compromises invited speeches with memorial notes and research papers that complement Malcolm's contributions to experiments and simulations in key areas like Rayleigh–Taylor instabilities, buoyancy-shear-driven flows, multiphase flows, and more.

Organizers:
Jingsen Ma: jingsen.asme@gmail.com
Devesh Ranjan: dranjan@wisc.edu
Ali Beskok: abeskok@smu.edu
Francine Battaglia: fbattagl@buffalo.edu

Frank White Memorial

Sponsor Technical Committee: FASTC

Prof. Frank White was an American engineer and Professor Emeritus of Mechanical and Ocean Engineering at the University of Rhode Island. He was a professor in the Mechanical Engineering department as well as the Ocean Engineering department – which he helped found in 1966 as the first department of Ocean Engineering in the United States. He was the author of the popular engineering textbook "Fluid Mechanics" (now in its 9th edition) as well as three other textbooks on the topics of fluid mechanics and heat transfer. White was a Fellow of the American Society of Mechanical Engineers (ASME). He was editor-in-chief of the ASME Journal of Fluids Engineering from 1979 until in 1991 he became chairman of the ASME Publication Committee and of the Board of Editors. In 1991 he also received the ASME Fluids Engineering Award.

Organizers:
Joel Park: joelparkphd@gmail.com

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