Boston, 21st-24th October 2025
Organiser: Emilio Baglietto
List of papers presented
​KEYNOTE LECTURE
How to Harness the Powers of Machine Learning for Unprecedented Advances in Multiscale Modeling of Multiphase Flows
“Bala” Sivaramakrishnan, University of Florida, USA
​Flow Structure and Heat Transfer Characteristics of Falling Film with Nucleate Boiling on an Inclined Plate
H. Asano, Kobe University, Japan
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The effect of reduced pressure on flow boiling and condensation of low-boiling-point refrigerants
M. Pysz, Gdańsk University of Technology, Poland
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Stability of two-phase stratified flows in circular pipes
Barmak Ilya [et al.]
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Time at Temperature: Post-Critical Heat Flux Modeling and Experimental Challenges
J. Pacheco Duarte, University of Wisconsin, USA
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Rising Bubble Clusters near an Inclined Wall
S. Takagi, The University of Tokyo, Japan
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Effect of surface finish on R245fa flow boiling in horizontal stainless steel minichannels under high pressure
Y. Berton, INSA Lyon, France
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Deformation and size effects on the lateral migration of particles in square channel flows
K. Sugiyama, Osaka University, Japan
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Numerical Simulations of Gas-Liquid-Solid Flows
G. Tryggvason, Johns Hopkins University, USA
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Toward Efficient and Accurate Bubble Cloud Collapse Simulation
K. Okita, Nihon University, Japan
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Interface Capturing Simulations of Nuclear Engineering Problems with the Massively Parallel FEM Code PHASTA
I. Bolotnov, North Carolina State University, USA
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High-Fidelity Multi-Scale Modeling Framework for Predicting Turbulent Spray Atomization
Desjardins Olivier [et al.]
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Active and Passive techniques for enhancing pool boling in normal and reduced gravity
Di Marco Paolo [et al.]
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Multi-scale modeling and simulation of fluid-structure interaction in rains
Y. Ling, University of South Carolina, USA
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Study on Entrained Gas Flow Rate by Bathtub Vortex
K. Ito, Japan Atomic Energy Agency, Japan
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Numerical investigation of the early stage of drop spreading on a solid substrate
D. Legendre, University of Toulouse, France
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Imaging stresses in two-phase flows: polarization-based measurements around particles and bubbles
Y. Tagawa, Tokyo University of Agriculture and Technology, Japan
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Flow Boiling Heat Transfer Under High Reduced Pressures: Applications, Experimental Data, and a New Mechanistic Model
G. Ribatski, University of São Paulo, Brazil
​
​KEYNOTE LECTURE
Advances in AI-based Two-Phase Flow Regime Classification and Synthetic Flow Image Generation
S. Miwa, The University of Tokyo, Japan
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A New Parameter for Thermodynamic Suppression Effect of Cavitation considering of Local Heat Transfer
Y. Iga, Tohoku University, Japan
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Testing Drift-flux Correlations in Periodic Transients
T. Zhang, Ohio State University
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Possible Influence of Nucleation Site Density on Bubble Release Frequency in Subcooled Flow Boiling
T. Okawa, The University of Electro-Communications, Japan
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Behavior of chain bubbles rising in a gallium alloy under a horizontal magnetic field
H. Murakawa, Kobe University, Japan
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Solidification Dynamics and Interfacial Pattern Formation in Molten Metal Drop Impact
M. Shirota, Hirosaki University, Japan
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Image Analysis of the Atomization Process of a Liquid Jet Injected through Coaxial Twin-Fluid Atomizer by Deep Learning
A. Sou, Kobe University, Japan
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Heat transfer and liquid film thickness measurements during condensation of R1233zd(E) inside a 3.4 mm channel under different gravity conditions
S. Bortolin, University of Padova, Italy
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The formation and properties of bubble emulsions in microgravity
R. Zenit, Brown University, USA
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Internal Structure of Air-Lift Three-Phase Pipe Flow Investigated by Ultrasound Echo Imaging and Doppler Velocimetry
Y. Murai, Hokkaido University, Japan
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Advances in Understanding of Counter-Current Slug Flow Behavior
M. Mikuž, Jožef Stefan Institute, Slovenia
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Contaminated Heterogeneous Bubbly Flow in Cylindrical Column
K. Hayashi, Kobe University, Japan
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Life of a single bubble growing within an electric field in microgravity: some results of the Reference Multiscale Boiling Investigation
P. Di Marco, Pisa University, Italy
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High-Performance Pool Boiling on Silicon Wafers Using Micropillar Arrays Fabricated by Laser Powder Bed Fusion
A. Garivalis, Pisa University, Italy
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Pool boiling of water on single and tandem tubes at 3-5 kPa
B. Zajaczkowski, Wroclaw University of Science and Technology​
​
KEYNOTE LECTURE
From Boiling to Cryogenics: The Role of Two-Phase Flow in Sustainable Aviation
C. Falsetti, TU Delft, The Netherlands