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08:00
08:00
30min
Registration
Olav Tryggvason 2+3
08:30
08:30
30min
Opening
Olav Tryggvason 2+3
09:00
09:00
45min
Keynote: Fast and simplified models to solve complex problems - Thomas Lichtenegger

Pragmatic modelling, particulate flow

Olav Tryggvason 2+3
09:45
09:45
30min
Coffee break
Olav Tryggvason 2+3
10:15
10:15
30min
Multiphase CFD model of plugging in cohesive slurries
Boris Balakin

Eulerian, cohesion, slurry, plugging

Pragmatic modelling
Munkholmen/Kristiansten
10:15
30min
Prediction of mass transfer regimes in a steelmaking ladle.
Pascal Gardin

ladle, steelmaking, mass transfer

Metallurgical applications
Olav Tryggvason 2+3
10:45
10:45
20min
A novel practical approach to cool down time thermal analyses in the oil and gas field
Damian Dywan

CFD, FEA, thermal simulations, hydrates, cool down time,

Pragmatic modelling
Munkholmen/Kristiansten
10:45
20min
A practical computational model to estimate PAH emission from furnaces
Kurian J. Vachaparambil, Balram Panjwani

PAH, Furnaces, CFD, PSR, Post processing

Metallurgical applications
Olav Tryggvason 2+3
11:05
11:05
20min
A practical approach to calculating inertial forces for non-trivial subsea structures using CFD simulation
Maciej Kryś

offshore, oil&gas, added mass, meteocean, protection structures

Pragmatic modelling
Munkholmen/Kristiansten
11:05
20min
Simulation of melt flow in steel continuous casting considering transient clogging of submerged entry nozzle
Hadi Barati

continuous casting; clogging; particle; Eulerian-Lagrangian

Metallurgical applications
Olav Tryggvason 2+3
11:25
11:25
20min
Interface-resolved large eddy simulations of primary breakup in metal melt gas atomization
Dennis Thuy

Gas atomization, primary breakup, CFD, VOF, LES

Metallurgical applications
Olav Tryggvason 2+3
11:45
11:45
15min
Short break
Olav Tryggvason 2+3
12:00
12:00
20min
A pragmatism-based model of alumina distribution in industrial Hall-Heroult cells
Stein Tore Johansen

Pragmatism, Hall-Heroult cell, alumina distribution, Digital Twin,

Pragmatic modelling
Munkholmen/Kristiansten
12:00
20min
Direct numerical simulation of mass transfer at the oil water interface in a model metallurgical ladle.
Stefano De Rosa

Metallurgy, CFD, Three-phase flow, Large Peclet Number, DNS, Ladle

Metallurgical applications
Olav Tryggvason 2+3
12:20
12:20
20min
On the importance of numerical calibration in recurrence CFD simulations
Hannes Lumetzberger

recurrence database data-driven fast calibration diffusion cavity tundish

Pragmatic modelling
Munkholmen/Kristiansten
12:20
20min
Optimization of mesh coupling between nozzle and mould for modelling turbulent flow during continuous casting
Johanna Hjeltström

polyhedral elements, meshing, continuous casting, steel, computational cost.

Metallurgical applications
Olav Tryggvason 2+3
12:40
12:40
20min
A Model of Freezing a Sea-Water Droplet Moving in a Cold Air
Dmitri Eskin

droplet, freezing, heat conduction, ice-water slurry, modeling, porous structure, sea water

Pragmatic modelling
Munkholmen/Kristiansten
12:40
20min
Understanding the continuous casting process with CFD modelling: the impact of microscopic dynamics on macroscopic scales
Christine Gruber

computational fluid dynamics, experimental validation, continuous casting, nonmetallic inclusions, clogging

Metallurgical applications
Olav Tryggvason 2+3
13:00
13:00
60min
Lunch
Olav Tryggvason 2+3
14:00
14:00
45min
Keynote: Mass transfer from bubbles: how to model realistic systems - Maike Baltussen

Mass transfer, bubbly flow

Olav Tryggvason 2+3
14:45
14:45
30min
Coffee break
Olav Tryggvason 2+3
15:15
15:15
30min
Comparison of dimethyl ether and natural gas combustion in a swirl-stabilized industrial burner using CFD simulations
Moritz Diewald, Nico Schmitz

Dimethyl Ether combustion industrial burner CFD swirl stabilized baffle kinetic mechanism

Reactive Flows
Munkholmen/Kristiansten
15:15
30min
Mass transfer in bubbly flows – Different configurations and varying bubble composition
Roland Rzehak

mass transfer, bubbly flow, bubble composition, Euler- simulation, population balance, class method, multiphase CFD

Bubbly flow
Olav Tryggvason 2+3
15:45
15:45
20min
CFD Simulation of Natural Gas and Hydrogen Oxyfuel Combustion: Comparison of kinetic mechanisms, combustion mechanisms and WSGG radiation models
Franziska Ott, Nico Schmitz

CFD, Oxyfuel Combustion, Hydrogen, WSGGM

Reactive Flows
Munkholmen/Kristiansten
15:45
20min
Single bubble dynamics under the influence of Marangoni force
Sadra mahmoudi, Mahdi Saeedipour

Bubble hydrodynamics, bubble column, Marangoni flow, liquid-gas flow, computational fluid dynamics

Bubbly flow
Olav Tryggvason 2+3
16:05
16:05
20min
Development of a CFD model for a gas-lift chemical reactor
Oleg Russkin

gas-lift reactor, mixture circulation, ethylene trimerization, 1-Hexene

Reactive Flows
Munkholmen/Kristiansten
16:05
20min
Multiphase flow dynamics in mini-channels used in water electrolysis
Paal Skjetne, Paul Roger Leinan

multiphase flow, gas-liquid flow, mini-channels, PEM electrolysers

Bubbly flow
Olav Tryggvason 2+3
16:25
16:25
20min
On a dissolving bubble plume from subsea release of CO2
Jan Erik Olsen

CFD, VOF, metal tapping

Bubbly flow
Olav Tryggvason 2+3
08:00
08:00
30min
Registration
Olav Tryggvason 2+3
08:30
08:30
45min
Keynote: Challenges and solutions of CFD simulations for the steel and non-ferrous metals industry - Hans-Jürgen Odenthal

.

Olav Tryggvason 2+3
09:15
09:15
15min
Coffee beak
Olav Tryggvason 2+3
09:30
09:30
30min
Computational modelling of electric arc behaviour in direct-current smelting furnaces using hydrogen as a reductant
Quinn Reynolds

Plasma, Multiphysics modelling, Pyrometallurgy

Metallurgy
Olav Tryggvason 2+3
09:30
30min
Numerical prediction of flow morphologies in horizontal feed pipes
Thomas Höhne

Horizontal two-phase feed, Flow morphology, Numerical simulation, VOF, AIAD, CFD, Wire-mesh sensors

Numerics and methods
Munkholmen/Kristiansten
10:00
10:00
20min
CFD analysis of ultrasonic vibrations in enhancing recycled polymer extrusion efficiency
Tijmen Mateboer, Jakob Buist

Polymers, no-Newtonian fluid, shear thinning fluid, ultrasonic

Numerics and methods
Munkholmen/Kristiansten
10:00
20min
Numerical modeling of the submerged arc furnace
Moritz Eickhoff

SAF, ESF, Smelting, Submerged Arc Furnace, Electric Smelting Furnace

Metallurgy
Olav Tryggvason 2+3
10:20
10:20
20min
Modeling a pilot furnace for manganese alloys.
Manuel Sparta, Vetle Kjær Risinggård

pilot furnace modelling, manganese alloys, finite element method, multiphysics

Metallurgy
Olav Tryggvason 2+3
10:20
20min
MultiMorph - A Morphology-Adaptive Multifield Two-Fluid Model
Fabian Schlegel, Matej Tekavčič, Richard Meller

Numerical Simulation, Industrial Application, Euler-Euler, Morphology-adaptive approach, OpenFOAM, gas-liquid flows

Numerics and methods
Munkholmen/Kristiansten
10:40
10:40
20min
Development of a CFD model for supersonic gas flow in a close-coupled atomizer
Angelica Lantto

numerical modelling; atomization, supersonic flow, turbulence model, transient models.

Numerics and methods
Munkholmen/Kristiansten
10:40
20min
Investigating Thermal Dynamics in Submerged Arc Furnaces through Numerical and Water Modeling
Umair Jamil

CFD, SAF, water model, heat transfer, validation, Decarbonization

Metallurgy
Olav Tryggvason 2+3
11:00
11:00
30min
Coffee break
Olav Tryggvason 2+3
11:30
11:30
30min
A particle scale model of charge and slurry behaviour in SAG mills including coarse particle breakage, attrition and slurry phase grinding and transport
Paul W. Cleary

grinding mill, particle bed , SPH, DEM

Lagrangian methods and particles
Munkholmen/Kristiansten
11:30
30min
On Model Assisted Measurements and Applications
Eirik Manger

Aluminium, Modelling, Measurements, Digitalisation

Metallurgy and furnaces
Olav Tryggvason 2+3
12:00
12:00
20min
CFD-DEM simulation of chemical looping gasification of biogenic residues at 1 MWth scale
Christoph Graf, Falah Alobaid, Jochen Ströhle, Bernd Epple

chemical looping gasification, CFD-DEM, circulating fluidized bed, gas-particle flow

Lagrangian methods and particles
Munkholmen/Kristiansten
12:00
20min
Investigation of submerged massive gas injection into liquid: numerical simulations and experimental observations
Mahdi Saeedipour

Multiphase flow, Massive gas injection, shock-interface interactions, back-attack phenomenon, Compressible VOF simulation

Metallurgy and furnaces
Olav Tryggvason 2+3
12:20
12:20
20min
Blockage prediction in multiphase flow with cohesive particles using machine learning
Nazerke Saparbayeva

multiphase flow, blockage prediction, machine learning classifier, CFD-DEM simulations, flow loop experiments

Lagrangian methods and particles
Munkholmen/Kristiansten
12:20
20min
Modelling Effects of Lancing into Process Material Through Furnace Tap-Holes
Markus Erwee

Oxygen lancing, OpenFOAM, Multiphysics, Tapping

Metallurgy and furnaces
Olav Tryggvason 2+3
12:40
12:40
20min
A CFD-CPM model for the simulation of the fluidization of fine-grained ores
Simon Schneiderbauer

CFD, continuum particle model (CPM), MP-PIC, CFDEMcoupling, iron ore reduction

Lagrangian methods and particles
Munkholmen/Kristiansten
12:40
20min
CFD Simulation of Melt Flow in a Pilot Container Glass Furnace: Investigation of the Influence of the Ratio of Electrical Power to Burner Power on the Melt Flow
Kathrina Theisen, Moritz Eickhoff

glass furnace, glass melt, melt flow, electrical heating, CO2-neutral, numerical modeling

Metallurgy and furnaces
Olav Tryggvason 2+3
13:00
13:00
60min
Lunch
Olav Tryggvason 2+3
14:00
14:00
45min
Keynote: Multiphysics aspects of the gas bubble evolution during water electrolysis - Gerd Mutschke

water electrolysis, gas evolution

Olav Tryggvason 2+3
14:45
14:45
15min
Coffee break
Olav Tryggvason 2+3
15:00
15:00
30min
Modelling of Flow through Multi-Phase Porous Media for Fuel Cells
Kshitij Neroorkar, Mohit Tandon, Jeremy HIRA

PEM Fuel Cells, Porous Media Simulations, Computational Fluid Dynamics, Multiphase flows

Electrochemical systems
Olav Tryggvason 2+3
15:00
30min
Three Phase Modelling of a Coarse Particle Flotation Machine
Peter Witt

Flotation, Mineral processing, 3-phase,

Fluidized beds
Munkholmen/Kristiansten
15:30
15:30
20min
A CFD parametric study for the optimized catalyst layer’s thickness and porosity based on the performance of a zero-gap alkaline water electrolyzer (AWE) cell
Muhammad Asim Sarwar

Alkaline water electrolysis, Zero-gap cell, Two-phase modeling, Gas Crossover, Bubble Coverage

Electrochemical systems
Olav Tryggvason 2+3
15:30
20min
A Comparative Study of Different CFD-codes for Fluidized Beds
Parindra Kusriantoko

Fluidized beds, CFD, Multiphase Flow, Fluidization, Fluent, OpenFOAM, MFIX

Fluidized beds
Munkholmen/Kristiansten
15:50
15:50
20min
Gas-Solid Injection in Fluidized Beds for Biomass Wastes Valorization
Lucas Massaro Sousa

Multiphase Flow, Biomass Waste, Pneumatic Conveying, Fluidization, CFD-MPPIC

Fluidized beds
Munkholmen/Kristiansten
15:50
20min
Solutal Marangoni flow around a growing hydrogen bubble: An immersed boundary simulation study
Faeze Khalighi

Alkaline water electrolysis; Growing hydrogen bubble; Marangoni flow; Immersed boundary method

Electrochemical systems
Olav Tryggvason 2+3
16:10
16:10
20min
Computational Modeling of Plasma Jet
Sai Likitha Siddanathi

Plasma torch, magnetohydrodynamics, turbulent modeling, jet structure

Electrochemical systems
Olav Tryggvason 2+3
16:10
20min
Experimental Study on Sticking Behavior during Iron Oxide Reduction for the Metal Fuel Cycle.
Nicole Stevens

Application, fluidized beds, metal fuel cycle, iron ore reduction

Fluidized beds
Munkholmen/Kristiansten
08:00
08:00
30min
Registration
Olav Tryggvason 2+3
08:30
08:30
45min
Keynote: Towards manufacturing digital twins using GPU based physics simulations: a particles perspective - Nicolin Govender

Digital twin, GPU, particle flow

Olav Tryggvason 2+3
09:15
09:15
15min
Short break
Olav Tryggvason 2+3
09:30
09:30
30min
CFD simulation of the filling of a high-pressure hydrogen tank
MARCER Richard

CFD simulation - high pressure hydrogen filling - thermal stratification in the tank

Applied CFD
Munkholmen/Kristiansten
09:30
30min
Unprecedented Insight into the Thermal Processing of a Blast Furnace
Bernhard Peters

xtended discrete element method (XDEM), reacting multi-phase flows, Euler-Lagrange coupling

Lagrangian methods and particles
Olav Tryggvason 2+3
10:00
10:00
20min
CFD simulation of organic dust deflagration in a vertical channel
Georg Meyer, Simon Schneiderbauer

CFD, dust deflagration, arc ignition, flame propagation

Lagrangian methods and particles
Olav Tryggvason 2+3
10:00
20min
Surfactant-Polymer Interactions in a Combined Enhanced Oil Recovery Flooding
Pablo Druetta

EOR; surfactant-polymer flooding; surfactant-polymer interaction; reservoir simulation; petroleum

Applied CFD
Munkholmen/Kristiansten
10:20
10:20
20min
CFD of a Flow Conditioning Unit
Pablo Matias Dupuy, Netaji Ravi Kiran Kesana

Fluent, VOF, Adaptive Meshing, Subsea compression

Applied CFD
Munkholmen/Kristiansten
10:20
20min
Towards predicting cavitation collapse effects in Eulerian CFD model
Canberk Ozan, Jan Hendrik Cloete

Cavitation; Radical production; Single bubble dynamics; Eulerian-Lagrangian hybrid; Reactor modelling.

Lagrangian methods and particles
Olav Tryggvason 2+3
10:40
10:40
20min
LES study and comparison with experiments of an axial-radial difuser configuration
Are Simonsen

CFD, Experimental, Difuser, Radial, LES

Applied CFD
Munkholmen/Kristiansten
10:40
20min
Numerical Study on Transport of Respiratory Droplets in Ventilated Indoor Environments
Yi Feng

Respiratory droplets, droplet evaporation, ventilation system, population balance equation

Lagrangian methods and particles
Olav Tryggvason 2+3
11:00
11:00
30min
Coffee break
Olav Tryggvason 2+3
11:30
11:30
30min
Enhancing Extrusion Performance: Macroscopic Analysis of Dispersive Mixing Sections
Jakob Buist

CFD, Extrusion, Mixing, Dispersive, Rupture, Erosion, Macroscopic and Quantification.

Non-newtonian flows and polymers
Olav Tryggvason 2+3
11:30
30min
Integration of Deep Learning and 3D CFD-PBM Model for Characterizing Mg(OH)2 Precipitation
Antonello Raponi

Deep learning, CFD, Population Balance Model, Precipitation, Multi-Objective Optimization

AI/ML applications in CFD
Munkholmen/Kristiansten
12:00
12:00
20min
3D Bubble Shape Reconstruction from 2D Imagery Using CNNs
Douwe Orij

CNN, Blender, 3D Bubble Shape, Spherical Harmonics, Front Tracking, water-air bubble column

AI/ML applications in CFD
Munkholmen/Kristiansten
12:00
20min
Towards the understanding of the effect of non-Newtonian liquids in binary droplet collisions
Arie H. Huijgen MSc

Direct Numerical Simulations, Droplets collisions, Volume of Fluid, Local Front Reconstruction Method, Power-law Fluids

Non-newtonian flows and polymers
Olav Tryggvason 2+3
12:20
12:20
20min
Hydrodynamics Improvement of a Pelletizer Chamber Using Computational Fluid Dynamics
Thiago Roberto Almeida, Almir Guilherme Siqueira Lopes Ritta

Computational Fluid Dynamics;
Pelletizer Chamber;
Hydrodynamics Improvement;

AI/ML applications in CFD
Munkholmen/Kristiansten
12:20
20min
Improving Flow Balancing: Employing GNF-X(M) for Predicting Flow Profile
Jordin van 't Veld, Jakob Buist

CFD, GNF-X(M), Flow-Balancing, ANSYS CFX, Constitutive Model, Extensional Flow,

Non-newtonian flows and polymers
Olav Tryggvason 2+3
12:40
12:40
50min
Lunch
Olav Tryggvason 2+3
13:30
13:30
45min
Keynote: Learnings from 40 year of working with CFD - Stein Tore Johansen
Stein Tore Johansen

.

Olav Tryggvason 2+3
14:15
14:15
15min
Closure
Olav Tryggvason 2+3