Monday 7th December ‐ QUT Gardens Point Campus
Virtual Portal OnAIR Open
Delegates formulate their personal agenda by favouritising presentations
Housekeeping [Room P514]
Introduction & Welcome by Conference Hosts Prof. Hubert Chanson & Prof. Richard Brown
including Welcome to Country

7:30
08:55‐09:00
09:00‐09:10
09:10‐09:15

Welcome by AFMS President Prof. Tony Lucey

09:15‐09:30

Welcome by QUT Vice Chancellor Prof Margaret Sheil
Official Opening

09:30‐09:40
09:40‐09:42

Housekeeping
Transition to next presentation ‐ 2min

09:42‐10:45

Keynote Speaker: Prof Lidia Morawska
The Flow Physics of Covid‐19: Implications for Infection Control [Room P514]
Moderator: Prof. YT Gu
Morning Tea Break ‐ 28mins
Transition to next presentation ‐ 2mins
Concurrent Session 1

10:45‐11:13
11:13‐11:15
Session 1A
P514
BIOMEDICAL (1)Tracie Barber

Session 1B
P421
ATMOSPHERE
Matthew Mason

Session 1C
P512
JETS & WAKES (1)Garry Brown

Session 1D
P419
COMPUTATIONAL METHODS (1)Anand Veeraragavan

Session 1E
P506
EXPERIMENAL METHODS & FACILITIES (1)Hubert Chanson

Session 1F
P413
FLOW CONTROL
Jimmy Philip

11:15‐11:35[ID: 70] Lattice Boltzmann modelling of a regularised Kuang‐Luo fluid in a carotid artery
Bryce Hill , Travis Mitchell and Christopher Leonardi[ID: 6] The dynamics and vortex structures of the stratopause semi‐annual oscillation
Terence O'Kane , Vassili Kitsios and Mark Collier[ID: 88] Two‐Point Velocity Measurements in Turbulent Round Jets
Milad Samie , Philippe Lavoie and Andrew Pollard[ID: 94] An Investigation into the Numerical Robustness of High‐order Lattice Boltzmann
Models
Vedad Dzanic , Christopher From and Emilie Sauret[ID: 21] Applications of optical flow technique in air‐water flows
Rui Shi , Davide Wüthrich and Hubert Chanson[ID: 124] Modeling the Transient Response to Momentum Injection on an Airfoil
Katherine Asztalos and Scott Dawson

11:35‐11:55[ID: 177] Hemodynamics of stented coronary arteries: Experimental and numericalinvestigations
Navid Freidoonimehr , Maziar Arjomandi, Anthony Zander and Rey Chin

[ID: 49] Direct numerical simulation of fog formation within the surface layer
Michael MacDonald , Marcin J. Kurowski and Joao Teixeira[ID: 159] Free Jet Analysis of a 2 m diameter Axial Flow Fan
Richard Flay and Daniel Cato

[ID: 65] A‐priori evaluation of data‐driven models for large‐eddy simulations in naturalconvection
Liyuan Liu , Chitrarth Lav and Richard Sandberg[ID: 57] An experimental framework to capture droplets expelled during various respiratory
exhalations.
Prateek Bahl , Charitha M. de Silva, C. Raina MacIntyre, A. Chughtai and C. Doolan[ID: 138] The Effects of Open‐Loop Control on a Two‐Dimensional Bluff Body
Gershom Easanesan , David Burton and Mark Thompson

11:55‐12:15[ID: 187] Impact of Curvature, Bifurcation and Stenting on Secondary Flow in Idealised andRealistic Coronary Arteries
Chi Shen , Tejas Canchi, Ramtin Gharleghi and Susann Beier[ID: 62] A grid sensitivity study of the Weather Research and Forecasting (WRF) model for
simulating surface winds over the small island state of Fiji
Kunal Dayal , John Cater, Michael Kingan, Gilles Bellon and Rajnish Sharma[ID: 257] Direct Numerical Simulaions of Free Jets Emerging from A Precessing Nozzle
Kentaro Echigo , Koichi Tsujimoto, Toshihiko Shakouchi, T. Ando, T. Mamoru[ID: 102] Data‐driven RANS Turbulence Closure Models for Vertical Natural Convection
Xiaowei Xu , Andrew Ooi and Richard Sandberg[ID: 117] Simultaneous planar measurements of gas and particle velocities in particle‐laden
flows: proof‐of‐concept
Xiaopeng Bi , Zhiwei Sun, Timothy Lau, Zeyad Alwahabi and Graham Nathan[ID: 167] Analysis of Air Curtains for Natural Convection Heat‐Loss Mitigation
Razon Mondal , Juan Felipe Torres, Graham Hughes and John Pye

12:15‐12:35[ID: 222] A numerical investigation of a stented arteriovenous fistula
Sanjiv Gunasekera , Olivia Ng, Shannon Thomas, Ramon Varcoe, Charitha de Silva and Tracie
Barber[ID: 203] Numerical Simulations of Laboratory–Scale Buoyancy Vortices
Theresa Bischof , Michael MacDonald, John E. Cater and Richard G. J. Flay

[ID: 256] Mixing Enhancement of Free Jet using Deep Reinforcement Learning
Koichi Tsujimoto and Tsubasa Tanoue[ID: 110] New Conservation Laws Based on Generalised Reynolds Transport Theorems
Robert K. Niven , Laurent Cordier, Eurika Kaiser, Michael Schlegel and B. Noack[ID: 20] Introducing a single bubble event detection technique for air‐water interfacial velocity
measurements in unsteady turbulent bore
Rui Shi , Davide Wüthrich and Hubert Chanson[ID: 209] High Reynolds number backward‐facing step flow control
Thomas McQueen , David Burton, John Sheridan and Mark Thompson

Session 2E
P506
EXPERIMENAL METHODS & FACILITIES (2)Session 2F
P413
COMBUSTION (1)11:15‐12:35
Moderator

12:35‐13:43

Lunch ‐ 68mins

12:50‐13:20

Facilitiated Networking Session with Professor Lidia Morawska ‐ 30mins [Room P512]

12:40‐13:30
13:43‐13:45

COVID Clean Breakout Rooms ‐ 50mins
Transition to next presentation ‐ 2mins
Concurrent Session 2

13:45‐15:05

Moderator

Session 2A
P514
BIOMEDICAL (2)Session 2B
P421
OCEANS

Session 2C
P512
JETS & WAKES (2)Session 2D
P419
COMPUTATIONAL METHODS (2)Charith Rathnayaka

Kabir Suara

Vincent WheatleyJustin Leontoni

Hubert Chanson

Assaad Masri

13:45‐14:05[ID: 233] Numerical Study of the Flow Behaviour of Discocyte Red Blood Cell Through a Non‐
uniform Capillary
Dinushika Karandeniya , David Holmes, Emilie Sauret and Yuantong Gu[ID: 11] Interactions of plane solitary waves in the oceans
Lev Ostrovsky and Yury Stepanyants[ID: 23] Secondary Vortex Street in the Wake of a Thin Rectangular Cylinder
Hongyi Jiang , Xiaoying Ju and Yucen Lu[ID: 147] Supercritical Ethylene Gas Model for use in Internal Flow Paths
Matthew Trudgian , Will Landsberg and Anand Veeraragavan[ID: 208] Design and Testing of a Low‐speed Rotating Wind Tunnel
Andrew Lock , Kamel Hooman and Zhiqiang Guan

[ID: 190] Comparison of hydrogen port injection and direct injection (DI) in a single‐cylinder
dual‐fuel diesel engine
Xinyu Liu , Aleš Srna, Ho Lung Yip, Sanghoon Kook, Qing Nian Chan and E. Hawkes

14:05‐14:25[ID: 148] Calcification Effect on the Wall Shear Stress Distribution of the Aortic Valve Leaflets
Araz R. Kivi , N. Sedaghatizadeh, B. Cazzolato, A. Zander, et al.

[ID: 95] Identifying material repelling areas in coastal water systems through Lagrangian
coherent structures
Anusmriti Ghosh , Kabir Suara and Richard J. Brown[ID: 71] Energy transfer mechanisms and resolvent analysis in the cylinder wake
Bo Jin , Sean Symon and Simon Illingworth[ID: 235] A Comparative Study of High‐Resolution Upwind Methods in Unsteady Low Mach
Number Flows
Michael Groom and Ben Thornber[ID: 10] Noise Cancellation Techniques for Single‐Point Wind‐Tunnel Measurements
Jesse McCarthy[ID: 83] Cyclic variations of in‐cylinder pressure and turbulent flame propagation in an opticaldirect‐injection spark‐ignition engine
Yuwei Lu , Dongchan Kim and Sanghoon Kook

14:25‐14:45[ID: 74] A clinical predictive indicator for arteriovenous fistula (AVF) failure
Olivia Ng , Sanjiv Gunasekera, Shannon Thomas, Ramon Varcoe and Tracie Barber[ID: 224] Experiments on extreme waves in quasi‐linear seas near reflective beaches
Yuchen He , Ana Vila‐Concejo, Alexander V. Babanin and Amin Chabchoub[ID: 155] Effect of surface roughness heights on circular cylinder wakes
Chenlin Sun , Tongming Zhou, Hongwei An, Hongjun Zhu and Liang Cheng[ID: 157] Quantitative Comparison of Numerical Errors for High‐Speed Flux Schemes
Lachlan Whyborn , Rowan Gollan and Peter Jacobs[ID: 54] Tracer Particle Selection and Sizing in Closed‐Circuit DST Wind Tunnels
Paul Gulotta , Peter Manovski, Reece Brown and Milan Jamriska[ID: 175] A numerical simulation of an under‐expanded jet issued from a prototype injector
Mohammad Reza Yosri , Mohsen Talei, Robert Gordon, Michael Brear and J. Lacey

14:45‐15:05[ID: 204] Three‐dimensional CFD Simulation of Blood Flow in Aortic Dissection
Qingdi Wang , Xiaojing Guo, Eric King Wai Poon, Andrew Ooi and Ruth P Lim[ID: 218] Strong stratification in the Makarov Basin, Arctic Ocean, observed via intimate means
Adrian McCallum and Kabir Suara[ID: 174] Turbulent Flow Over a Confined Cylinder at Re=3,900
Andrew Ooi , Leon Chan, Wilson Lu, Yicheng Cao, Jimmy Philip, Justin Leontini and Alex
Skvortsov[ID: 244] Dynamical System Identification by Bayesian Inference
Robert K. Niven , Ali Mohammad‐Djafari, Laurent Cordier, Markus Abel and Markus Quade

Afternoon Tea Break ‐ 28mins
COVID Clean Breakout Rooms ‐ 20mins
Transition to next presentation ‐ 2mins
Concurrent Session 3

15:05‐15:33
15:10‐15:30
15:33‐15:35

15:35‐17:15

Moderator[ID: 197] High‐Speed PIV Measurements of a Turbulent Boundary Layer at 80 kHz[ID: 151] Structural characterisation of soot particles for cold‐start and hot‐start operation of aPeter Manovski , Paul Gulotta, Matteo Giacobello, Charitha de Silva, Nicholas Hutchins and Ivandiesel engine
Marusic
Priyanka Arora , Faisal Lodi, Puneet Verma, M. Jafari, A. Zare, et al.

Session 3A
P514

Session 3B
P421

Session 3C
P512

Session 3D
P419

Session 3E
P506

Session 3F
P413

BIOMEDICAL (3)GEOPHYSICALJETS & WAKES (3)

HIGH‐SPEED

EXPERIMENAL METHODS & FACILITIES (3)COMBUSTION (2)Charith Rathnayaka

Mike Meylan

Andrew Ooi

Rowan Gollan

Azadeh Jafari

Assaad Masri

15:35‐15:55[ID: 234] A Diffused Interface Immersed Boundary–Lattice Boltzmann Method for Simulation of
Channel Flow
Qiuxiang Huang , Fangbao Tian, John Young and Joseph Lai[ID: 238] Describing Lava Rheology using Flow Dynamics Information
James Hewett , Mathieu Sellier, Dale Cusack, Ben Kennedy, Miguel Moyers‐Gonzalez andJerome Monnier[ID: 195] Hydrodynamic simulation of submarine far field flow
Ciaran Chisholm , Bagus Nugroho, Kevin Kevin and Rey Chin

[ID: 219] The Effect of Wall and Fuel Temperature in a Mach 6 Scramjet Engine
Damian Curran , Vincent Wheatley and Michael Smart[ID: 79] Assessment of Surf Amenity using Computer Vision with Convolutional Neural
Networks to Track Wave Pockets
Michael Thompson , Evan Watterson and Tom Baldock[ID: 55] On‐grid location‐by‐location variations of transmission electron microscope imaged in‐flame soot particles in a small‐bore diesel engine
Rongying Tian , Yilong Zhang and Sanghoon Kook

15:55‐16:15[ID: 143] Airflow dynamic and particle deposition in age‐specific human lungs
Md Mizanur Rahman , Ming Zhao, Mohammad Saidul Islam, Kejun Dong and Suvash C Saha

[ID: 64] Quantification of inertial effect on the transport of macro‐plastics in a tidal embayment
Kabir Suara , Mohammadreza Khanarmuei and Richard Brown[ID: 200] Rotorcraft and Ship Airwakes Simulations Using Immersed Boundary Method
Hee Sung Park , Daniel Linton and Ben Thornber[ID: 253] Numerical Investigation of Supersonic Flow over Aero‐Disk Spiked Ballistic Bodies
Vignesh Sundarraj , Lohith Porwal, Naveen Raj, Karthik Sundarraj and P. Kulkarni[ID: 31] A UAV ‘mobile buoy’ for measuring surface waves
Andrew Cook , Alex Babanin, Daniel Sgarioto, Peter Graham, Jenny Mathew, Alex Skvortsov,Richard Manasseh and Danica Tothova[ID: 77] Optimisation of driving‐parameters and emissions of a diesel‐vehicle using principal
component analysis (PCA)G M Hasan Shahariar , Timothy A. Bodisco, Thuy Chu Van, Nicholas Surawski, et al.

16:15‐16:35[ID: 166] Effect of Particle Diameter and Density on Acoustic Drug Delivery to Maxillary Sinus –a Sensitivity Study
Oveis Pourmehran , Maziar Arjomandi, Benjamin Cazzolato and Zhao Tian

[ID: 34] EnKF parameter estimation of heat transfer in a coupled GCM
Vassili Kitsios , Paul Sandery, Terence O'Kane and Russell Fiedler[ID: 170] Turbulent Flow Over a Mounted Fence Confined in a Channel
Leon Chan , Alex Skvortsov and Andrew Ooi

16:35‐16:55[ID: 109] Conditional turbulence in the reciprocating flow in a bifurcating pipe
Chinthaka Jacob, David Tingay and Justin Leontini[ID: 45] Free‐surface viscous flow over a depression
Edward Hinton , Andrew Hogg and Herbert Huppert[ID: 84] Influence of a Hemispherical Noise Reduction Reflector on Transonic Jet Flows
Jesse Coombs , Anthony Zander and Tyler Schembri[ID: 85] Direct Numerical Simulations of a Hypersonic Flow on a Cold‐Wall Compression Cornerwith Controlled Surface Roughness
Giuseppe Chiapparino and Christian Stemmer

16:55‐17:15[ID: 226] Mixing in deformable alveolar cavity
Jun Dong, Huimin Lv, Yue Yang and Yonggang Zhu[ID: 107] Simulating Jupiter’s Great Red Spot with Discrete Exterior Calculus
Pankaj Jagad and Ravi Samtaney[ID: 194] Effect of vortex gas on the anode arc attachment behaviour inside the plasma torch:
Numerical study
Jyothikrishna Perambadur , P. Shukla, K. Alexander, V. Rudolph and R. Kandasamy[ID: 89] Investigation of vortical structures in the wake of pseudo‐random roughness surfaces
in hypersonic reacting boundary‐layer flows
Friedrich Ulrich and Christian Stemmer

17:15‐19:00[ID: 248] Transition‐Length Predictions for Hypersonic Flows with an Adverse Pressure Gradient [ID: 35] In‐cylinder flow structure of a production spark‐ignition engine at cold start conditions
Isaac Convery‐Brien , Sreekanth Raghunath and David Mee
Dongchan Kim , Lingzhe Rao, Heechang Oh and Sanghoon Kook

BBQ Hub ‐ Brisbane ‐ QUT GP

End Day 1[ID: 216] An investigation of cold‐wire spatial resolution using a DNS database
Yu Xia , Wagih Rowin, Tom Jelly, Daniel Chung, Ivan Marusic and Nicholas Hutchins[ID: 237] Imaging the ignition of dense, inhomogenous liquid fuel sprays at elevatedtemperatures and pressures
Minchao Han , Robert Gordon, Mohsen Talei, Michael Brear and Joshua Lacey[ID: 99] Simulation of mild auto‐ignition initiated by a hot spot
Xinbei Dou , Mohsen Talei and Yi Yang
[ID: 254] Developing a Transient Drive Cycle Representing Ship Acceleration and Mapping theEffect of External Drag Forces with Test‐bed Engine
Mojibul Sajjad , G M Hasan Shahariar, Thuy Chu‐Van, Kabir Adewale Suara, et al.

Tuesday 8th December ‐ QUT Gardens Point Campus
8:00

Virtual Portal OnAIR Open
Delegates formulate their personal agenda by favouritising presentations

9:00‐10:00

Keynote Speaker: Prof Assaad Masri
The Dynamics of Atomization and Combustion in Turbulent Spray Flows [Room P514]
Moderator: Prof. Richard Brown
Morning Tea Break ‐ 28mins
Transition to next presentation ‐ 2mins
Concurrent Session 4

10:00‐10:28
10:28‐10:30

10:30‐11:50

Session 4A
P514

Session 4B
P421

Session 4C
P512

Session 4D
P419

Session 4E
P506

Session 4F
P413

Moderator

INDUSTRIAL FLOWS
Anand Veeraragavan

RENEWABLES (1)Jay Goit

JETS & WAKES (4)Vincent Wheatley

HYDRODYNAMICS (1)James Venning

BOUNDARY LAYERS (1)Sharon Stephen

VEHICLE & SPORT AERODYNAMICS
Matt Mason

10:30‐10:50[ID: 131] Modelling and Simulation of Spin Coating on a Spherical Substrate
Ross Shepherd , Mathieu Sellier and Edouard Boujo[ID: 215] Tidal Energy Feasibility Study and Turbine Design for Malolo Island
Naomi Joyce , Ashneel Deo and M. Rafiuddin Ahmed[ID: 28] Vortex‐Induced Vibration of a Sphere Close to or Piercing a Free Surface
Methma Rajamuni , Mark Thompson and Kerry Hourigan[ID: 66] Development and Testing of a Buoyant Parabolic Beach As an Efficient Floating
Breakwater
Carlos H. Fernandez , Tom E. Baldock and Matthew Richter[ID: 24] Integral modelling of an unsteady natural convection boundary layer
Junhao Ke[ID: 153] Unsteady Aerodynamics of Turning Maneuvers in Olympic Class Sailboats
Sarah Morris and C.H.K. Williamson

10:50‐11:10[ID: 180] Numerical Simulation of Milk Droplet Drying Process
Ali Mohammadi Sefidan , Mathieu Sellier, James Hewett, Geoff Willmott and Sid Becker[ID: 193] Time‐Variations of Wave‐Energy and Forecasting Power Availability using Different
Techniques
Avikesh Kumar, M. Rafiuddin Ahmed and M.G.M. Khan

[ID: 104] Flow‐induced vibrations in cylinder arrays are moderated by convective instabilities
Negar Hosseini, Martin Griffith and Justin Leontini[ID: 103] Hydrodynamic analysis of wave and cylinder fish cage interactions
Mingyuan Ma , Hong Zhang and Dong‐Sheng Jeng

[ID: 40] LES of unsteady boundary‐layer development from a pulsed impinging jet
Chitrarth Lav , Richard D. Sandberg, Koichi Tanimoto and Kiyoshi Terakado[ID: 139] Arm position and its effect on steady and unsteady cycling aerodynamics
Timothy Crouch , David Burton, Mark Thompson and John Sheridan

11:10‐11:30[ID: 75] Hydrodynamics of a Moving Packed Bed Heat Exchanger for Solar Thermal Energy
Systems
Sahan Trushad Wickramasooriya Kuruneru , Yen Chean Soo Too and Jin Soo Kim[ID: 123] Experimental study on vortex characteristic of screen cylinders with different porosity
Difei Xiao, Chenlin Sun , Azlin Mohd Azmi, Hongjun Zhu and Tongming Zhou

[ID: 15] CFD‐Based Boundary Layer Prediction of Axisymmetric Bodies of Revolution
Harshal Akolekar , David Pook and Dev Ranmuthugala[ID: 173] Linear Stability Analysis of Pulsatile Quasi‐Two‐Dimensional Duct Flows under aTransverse Magnetic Field
Christopher Camobreco , Alban Potherat and Gregory Sheard[ID: 113] A field based assessment of the aerodynamics of operational freight trains
Ariq Quazi , Timothy Crouch, Mark Thompson, Tony McGreevy, James Bell and David Burton

11:30‐11:50[ID: 53] Crossflow fluid‐structure instabilities in wind belts for energy harvesting
Jarred Taylor, Lachlan Wilson, Richard Howell , Konstantinos Tsigklifis and Tony Lucey[ID: 178] The upper‐bound limit of Stokes‐Wang solution for oscillatory flow around a circularcylinderChengjiao Ren , Liang Cheng and Tingguo Chen

[ID: 189] Stability Analysis of Controlled Diffusion Airfoil Flows at Varying Mach Numbers
Shubham and Richard Sandberg[ID: 211] The Effects of Free Stream Turbulence on Bistability of the Ahmed Body Wake
Shibo Wang , Harry Scott, Tim Crouch, Mark Thompson and David Burton

11:50‐13:18

Lunch ‐ 88mins
Tours at QUT

12:00‐12:30

Facilitiated Networking Session with Professor Assaad Masri ‐ 30mins [Room P512]

12:00‐13:10

Tours at QUT ‐ 2x 35mins

12:00‐13:00
13:18‐13:20

COVID Clean Breakout Rooms ‐ 60mins
Transition to next presentation ‐ 2mins
Concurrent Session 5

13:20‐15:00

Session 5A
P514

Session 5B
P421

Session 5C
P512

Session 5D
P419

Session 5E
P506

Session 5F
P413

Moderator

MICROFLUIDS
Emilie Sauret

RENEWABLES (2)Matthew Mason

BUBBLES (1)Robert Niven

HYDRODYNAMICS (2)Scott McCue

BOUNDARY LAYERS (2)Ivan Marusic

COMBUSTION (3)Richard Brown

13:20‐13:40[ID: 116] Modelling of selective nanofluids under radiation in a CPV/T collector
Juwel Chandra Mojumder , Saiied Aminossadati and Christopher R. Leonardi[ID: 243] Large‐eddy Simulation of Nearshore Offshore Wind Farms
Jay Goit and Asim Onder[ID: 44] Nucleation Effects on Tip Vortex Cavitation Inception Location
Matthew Khoo , James Venning, Bryce Pearce and Paul Brandner[ID: 207] Comparison of experimental and numerical ship wakes using time‐frequency analysis
Nicholas Buttle , Ravindra Pethiyagoda, Timothy Moroney, Brian Winship, et al.

[ID: 36] Stability of a Stretching Boundary‐layer Flow
Sharon Stephen , Paul Griffiths and Mair Khan

[ID: 154] Developing boundary conditions for DNS of diluted flames in a duct
Bin Jiang , Davy Brouzet, Mohsen Talei, Robert Gordon, Quentin Cazeres and Benedicte Cuenot

13:40‐14:00[ID: 228] A Numerical Study on the Electrochemical Sensing Properties of Micropillar Array
Electrodes in a Microfluidic Chip
Bo Liu, Chuanwen Lv, Chaozhan Chen, Bin Ran, Huaying Chen and Yonggang Zhu[ID: 214] Seasonal variability of Offshore Wind Turbine Wakes
Warit Chanprasert , Rajnish Sharma, John Cater and Stuart Norris[ID: 111] Control of Cloud Cavitation through Microbubbles
James Venning , Bryce W Pearce and Paul A Brandner[ID: 27] Numerical Modelling Techniques on Ship‐Tug Hydrodynamic Interaction Effects
Nirman Jayarathne , Dev Ranmuthugala and Zhi Leong[ID: 59] Pressure gradient effects on the structure of a turbulent boundary layer over a roughwall
Farzin Ghanadi and Lyazid Djenidi[ID: 141] Preliminary DNS Results of a Turbulent Hydrogen/Methane Flame
Jen Zen Ho , Davy Brouzet, Mohsen Talei and Robert L. Gordon

14:00‐14:20[ID: 230] Optimal Operating Conditions for Capillary Breakup Rheometry Based on Half‐timesof Liquid Bridges
Joseph Connell , Murray Rudman and Ranganathan Prabhakar[ID: 196] Wind Speed Forecasting using Regression, Time Series and Neural Network Models: A
Case Study of Suva
Arieni Arzu, M. Rafiuddin Ahmed and M.G.M. Khan

[ID: 186] Characterization of microbubble generation in a confined turbulent jet
Luka Barbaca , Patrick Russell, Bryce Pearce and Paul Brandner[ID: 43] Validated numerical simulation of surfaced underwater vehicle at drift angles
Alexander Conway , Gregory Seil, Chetan Kumar and Anthony Fowler[ID: 176] Large‐scale spanwise periodicity in a canonical turbulent boundary layer
Rahul Deshpande , Jason P. Monty and Ivan Marusic[ID: 150] Large‐eddy simulation of hydrogen combustion: Impact of Soret effectMuhammad Umair Manzoor , Mohammad Reza Yosri, Farzad Poursadegh, Mohsen Talei, Yi
Yang and Michael J. Brear

14:20‐14:40[ID: 241] Combined effect of roughness and suction/blowing in a laminar micro‐channel flow
Marzieh Khezerloo and Lyazid Djenidi[ID: 240] Numerical simulation of two‐stages contra‐rotating vertical axis wind turbine
Ben Ko , Sien Liu, Zhou Fang, Yoyon Ahmudiarto, Bagus Nugroho and Rey Chin

[ID: 112] Scale Effects on Cavitation about a Sphere
James A Venning , Bryce W Pearce and Paul A Brandner[ID: 13] Modelling Hydrodynamic Loads for Manoeuvring Simulations of Underwater Vehicles
Sargon A. Gabriel , Alexander Cameron, Anthony Fowler and David A. Pook

[ID: 183] Mean Momentum Balance Structure in Moderately Adverse Pressure Gradient
Turbulent Boundary Layers
Sylvia Romero , Spencer Zimmerman, Jimmy Philip and Joseph Klewicki[ID: 160] A numerical study of turbulent flame‐wall interaction with reduced chemistry
Rahul Palulli , Davy Brouzet, Mohsen Talei and Robert Gordon

14:40‐15:00[ID: 12] IB‐LBM study of non‐Newtonian flexible capsule flows in contraction‐expansion
microchannels
Jingtao Ma, Li Wang and Fang‐Bao Tian

[ID: 19] Meanline Design and Off‐Design Performance Prediction for Supercritical CO2 Radial
Inflow Turbines
Sangkyoung Lee , David Mee, Zhiqiang Guan and Hal Gurgenci[ID: 223] Nucleation Effects on Tip‐Gap Cavitation
Patrick Russell , Luka Barbaca, James Venning, Bryce Pearce and Paul Brandner[ID: 97] VIV Strouhal Number for Long Slender Structures
Douglas Potts , Hayden Marcollo and Kanishka Jayasinghe[ID: 227] LES of a Premixed Jet Flame in Cross‐FlowHarikrishna Tummalapalli , Harshad Ranadive, Armin Wehrfritz and Evatt Hawkes

Afternoon Tea Break ‐ 28mins
COVID Clean Breakout Rooms ‐ 20mins
Transition to next presentation ‐ 2mins
Concurrent Session 6

15:00‐15:28
15:05‐15:25
15:28‐15:30

15:30‐17:10

Session 6A
P514

Session 6B
P421

Session 6C
P512

Session 6D
P419

Session 6E
P506

Session 6F
P413

Moderator

BIOLOGICAL
Tony Lucey

TURBULENCE & PUMPS
Julien Cisonni

BUBBLES (2)James Venning

HYDRODYNAMICS (3)Scott McCue

BOUNDARY LAYERS (3)Ivan Marusic

COMBUSTION (4)Richard Brown

15:30‐15:50[ID: 210] Modelling 3‐D cellular microfluidics of different plant cells for the prediction ofcellular deformations under external mechanical compression
Charith Rathnayaka , Chaminda Karunasena, Wijitha Senadeera and Yuantong Gu[ID: 61] Numerical Study of Compressible Turbulent Mixing in Spherical Implosions Comparing
Different Initial Perturbations
Moutassem El Rafei and Ben Thornber[ID: 38] Analysis of Taylor bubble dynamics via high‐fidelity numerical modelling
Travis Mitchell and Christopher Leonardi[ID: 56] Towed Vertical Surface‐Piercing Cylinders
Douglas Potts , Jonathan Binns and Hayden Marcollo[ID: 142] The Effects of Anisotropic Surface Roughness on Turbulent Boundary‐Layer Flow
Aditya Ramani , Bagus Nugroho, Angela Busse, J. Monty, N. Hutchins and T. Jelly[ID: 50] Dividing and Conquering: Supersonic Combustion of Ethylene with Varied Tandem
Cavities
Flynn Hack , Sarah Mecklem, Will Landsberg and Ananthanarayanan Veeraragavan

15:50‐16:10[ID: 163] Is Hydrodynamic Interaction Important in Beating Patterns in Internally‐driven
Microfilaments?
Shibani Veeraragavan and Ranganathan Prabhakar[ID: 232] Aerodynamically‐driven rupture of a liquid film by turbulent shear flow
Melissa Kozul , Pedro S. Costa, James R. Dawson and Luca Brandt

16:10‐16:30[ID: 220] Hydraulic resistance and inertance of multi‐port vessels
Sam Mallinson, Geordie McBain, Olivia Ng , Sanjiv Gunasekera and Tracie Barber[ID: 5] CFD Analysis of a Pressure Compensator for Variable Displacement Pumps
Massimo Rundo and Paola Fresia

16:30‐16:50[ID: 236] Stigmergic furrowing by an active suspension in a soft substrate
Imaran Mohammad, Prabhakar Ranganathan , Raghunath Chelakkot and Mandar M Inamdar

16:50‐17:10

17:10‐17:20
17:20‐18:30[ID: 16] Sensitivity analysis in air‐water measurements under highly unsteady flow conditions in [ID: 191] Wave Induced Plume and Hydrodynamic Loads Over Vertical Circular Cylinder Piercing[ID: 181] Turbulent Boundary Layer over various 2D Uniform Distributed Roughness Elements
a strong bore
Surface – Numerical Investigation
Misarah Abdelaziz , Lyazid Djenidi, Mergen Ghayesh and Rey ChinDavide Wüthrich , Rui Shi and Hubert Chanson
Ahmed Shama , Ahmed Swidan, John Young and Dev Ranmuthugala[ID: 134] CFD modeling of unsteady Counterflow flame into Rhodium catalytic chamber
Ali Edalati‐Nejad, Sayyed Aboozar Fanaee and Maryam Ghodrat[ID: 14] Air‐water flows on stepped spillways with inclined steps
Yvan Arosquipa Nina, Davide Wüthrich and Hubert Chanson[ID: 108] Numerical Simulations of the flow around a Confined Flat Plate at low Reynolds
numbers
Daniah Saleh H Aljubaili , Andrew Ooi and Leon Chan

[ID: 184] Reduction in the Turbulent Instabilities in a Boundary Layer using Micro‐cavities
Shantanu Bhat , Anton Silvestri, Benjamin Cazzolato and Maziar Arjomandi[ID: 146] Flow field analysis of the flame‐swirl interaction region in an optical small‐bore diesel
engineJinxin Yang , Lingzhe Rao, Charitha de Silva and Sanghoon Kook

[ID: 144] Evaluation of Computational Models for Simulations of Multiperforated Bubble
ColumnShuang Zhu , Andrew Ooi, Richard Manasseh and Alex Skvortsov[ID: 140] Effects of Geometric Porosity in the Trailing Edge of a Flexible Pitching Plate
Sean Hanrahan , Vaibhav Joshi and Rajeev Jaiman[ID: 205] The Control of a turbulent boundary layer by the application of a micro‐cavity array
Anton Silvestri, Azadeh Jafari , S. Bhat, G. Severino, B. Cazzolato, M. Arjomandi[ID: 162] Variation of Flame Displacement Speed in a Turbulent Premixed Flame
Pavel Panek , Davy Brouzet, Mohsen Talei and Robert L. Gordon[ID: 258] Bubble Dynamics in a Diesel Exhaust Wet Scrubber
Ahmed Abdulwahid, Rong Situ , Richard Brown and Wenxian Lin[ID: 152] Numerical Simulation of Steady Flow Past a D‐shaped Cylinder at Low Reynolds
Numbers
Ze Shao , Hongjun Zhu, Wenhua Zhao and Tongming Zhou

COVID Clean Breakout Rooms
Transition to next presentation ‐ 10mins
Young Professionals Networking Session 1 [Room P512]
Moderator: Prof Richard Manasseh. Panel: Prof Ivan Marusic, Prof Hubert Chanson, Prof Lidia Morawska & Prof Tony Lucey

End Day 2[ID: 231] Displacement speed characteristics during head‐on quenching of premixed
methane/air flamesShreshtha K. Gupta , Rahul Palulli, Mohsen Talei and Robert Gordon

Wednesday 9th December ‐ UQ St Lucia Campus
8:00
8:58‐9:00

OnAIR System Open
Delegates formulate their personal agenda by favouritising presentations
Transition to next presentation ‐ 2mins
Concurrent Session 7
Session 7C
Session 7D
50‐N20249‐313A
PARTICLE FLOWS (1)TURBULENCE (1)Fang‐Bao Tian
Anand Veeraragavan

Session 7A
50‐T203
PIPES
Andrew Ooi

Session 7B
50‐N201
POROUS MEDIA (1)Emilie Sauret

9:00‐9:20[ID: 217] Vorticity Transport in Turbulent Pipe Flow
Garry Brown , Rey Chin and Jimmy Philip[ID: 63] Towards a stochastic model of the permeability of rough fracturesŁukasz Łaniewski‐Wołłk and Christopher Leonardi[ID: 188] Modelling pheromone flow from insect traps
Shuying Chen , Rachael Horner, Max Suckling, Tara Strand and Mark Jermy[ID: 125] Acceleration Reversal Effects on Buoyancy‐Driven Homogeneous Variable‐Density
Turbulence
Denis Aslangil , Daniel Livescu and Arindam Banerjee[ID: 81] Surface boundary conditions strongly affect the dynamics of rotating horizontal
convection
Zhi Ng and Gregory Sheard

9:20‐9:40[ID: 149] Investigation of Sound Inducing Fluid Dynamics at Pipe Leak and It’s Influence on
Acoustic Emission Signals
Fatematuz Zohora , David Holmes, Micheal Cholette and Yuantong Gu[ID: 199] Coupling Fluid Flow and Porous Media Flow
Balaje Kalyanaraman , Michael Meylan and Bishnu Lamichhane[ID: 39] Initial Characterisation of Droplet Dynamics in Flow Blurring and Flow Focusing
Atomization
Othman J. Jaber , Agisilaos Kourmatzis and Assaad R. Masri[ID: 69] On the turbulence‐generated free‐surface waves in open‐channel flows
Aman Kidanemariam and Ivan Marusic[ID: 67] Natural convection in a cavity with time‐dependent flux boundary
Linjing Zhou , Steven Armfield and Wenxian Lin[ID: 171] Stereo PIV study of multirotor UAV downwash and spray dispersion
Illia Chyrva , Natalia Kabaliuk, Christina Dunker, Tara Strand, Patrick Geoghegan and Mark
Jermy

[ID: 73] Resolvent analysis predictions of energy transfer in turbulent channel flow
Sean Symon , Simon Illingworth and Ivan Marusic[ID: 87] Shallow Enclosure Horizontal Convection: Insights from Asymptotic Expansion Analysis
Sajjad Hossain , Tony Vo and Gregory Sheard[ID: 92] Two‐dimensional Numerical Simulation of Inkjet Print‐zone Flows
Andre Aquino , Sam Mallinson, Geordie D. McBain, Glenn Horrocks, Charita de Silva and Tracie
Barber[ID: 32] Modelling the third‐order velocity structure function in the scaling range at finite
Reynolds numbers
Lyazid Djenidi and Robert Antonia[ID: 179] Onset of Horizontal Convection
Tzekih Tsai and Gregory J. Sheard

9:00‐10:20
Moderator

9:40‐10:00[ID: 52] Investigation of the Effects of Base Flow on the Interaction of Off‐line Air Pockets with
[ID: 80] Capturing Local Fluid Field Characteristics in Porous Media using Pore Network Models
Fluid Transients
Adnan Sufian , Christopher Knight, Catherine O'Sullivan, B. van Wachem and D. Dini
Jane Alexander , Pedro Lee and Zhao Li

10:00‐10:20[ID: 192] Designing Suction‐Inducing Geometries for Flow Control using CFD‐Coupled Artificial
Neural Networks
James Ramsay , Mathieu Sellier and Wei Hua Ho[ID: 164] Modelling Ballast Scour in Rail Tracks due to Flood Water
Michael Meylan and Robert McKibbin

Session 7E
49‐316HEAT TRANSFER (1)Steve Armfield

Morning Tea Break ‐ 28mins
COVID Clean Breakout Rooms ‐ 20mins
Transition to next presentation ‐ 2mins
Concurrent Session 8

10:20‐10:58
10:25‐10:45
10:58‐11:00
11:00‐12:20

Session 8A
50‐T203

Session 8B
50‐N201

Session 8C
50‐N202

Session 8D
49‐313A

Session 8E
49‐316Moderator

WIND ENGINEERING (1)Hubert Chanson

POROUS MEDIA (2)Sarah Razaqqi

PARTICLE FLOWS (2)Fang‐Bao Tian

AERODYNAMICS (1)Rowan Gollan

HEAT TRANSFER (2)Nima Nadim

11:00‐11:20[ID: 76] Experimental and Numerical Simulation of Wind Characteristics Behind Wedge‐shaped
Windbreak
Junwei Lyu , Chien Ming Wang and Matthew S. Mason[ID: 130] Autonomous Solar‐Powered Desalination of Seawater using Low Pressure andTemperature
Amit Thapa, Bisan Tamang, Naveen Ojha and B. Phuoc Huynh[ID: 169] Hydrodynamic and electrostatic jamming of microparticles in narrow channels
Nathan Di Vaira , Lukasz Łaniewski‐Wołłk, R. Johnson, S. Aminossadati, C. Leonardi[ID: 4] Experimental Investigation of the Mean Pressure Field at Airfoil‐Wall Junctions
Yuchen Ding , Danielle Moreau, Charitha de Silva and Con Doolan[ID: 114] Studying the natural convection problem in a square cavity by a new vorticity‐stream‐function approach
Peyman Mayeli , Tzekih Tsai and Gregory Sheard

11:20‐11:40[ID: 82] Generating equivalent static wind loads for a tall building using base moment spectra
M Mahdi Salehinejad and Richard Flay

[ID: 86] Capillary trapping of CO2 in a heterogeneous horizontal aquifer
Edward Hinton and Andrew Woods[ID: 101] A numerical study of gravity effects on horizontal particle‐laden pipe flows
Matthew Xinchen Zhang , Graham Nathan, Zhao Feng Tian and Rey Cheng Chin

[ID: 33] Pitching Hydrofoil: Inviscid Analysis and Scaling Parameters
Md. Mahbub Alam and Zaka Muhammad[ID: 93] Wedge shaped protrusions in duct flows for heat transfer enhancement
Sneha Murali and Gregory J. Sheard

11:40‐12:00[ID: 255] Wind Loads on the CAARC High‐Rise Building Subject to Non‐Traditional Boundary
Layer Profiles
Matthew Mason , Yang Li and Yuan‐Lung Lo[ID: 249] Desalination Using Simple Materials
Darren To and B. Phuoc Huynh[ID: 165] Effect of Particle Volume Fraction on Turbulence in Pipes and Channels
Tony Zahtila , Leon Chan, Andrew Ooi and Jimmy Philip[ID: 185] Curved leading edges and wing tips help enhance the lift on insect wings
Shantanu Bhat and Mark Thompson[ID: 96] Characteristics of a Buoyant Plume in a Channel with Crossflow
Yicheng Cao , Jimmy Philip and Andrew Ooi

12:00‐12:20[ID: 251] An assessment of Atmospheric Boundary Layer Effects on the Ship Air–wake
Heri Setiawan , Kevin and Jason P. Monty[ID: 168] Turbulence Modification Due to Inertial Particles in a Rough‐Wall Pipe
Leon Chan , Tony Zahtila, Andrew Ooi and Jimmy Philip[ID: 225] Automotive Aerodynamics Prediction using a Fast Transient Solver for Low‐Mach
Number Compressible Flow
Liang Yu , Sammy Diasinos and Ben Thornber[ID: 259] Impact of Yaw angle on the Effectiveness of an Air Curtain for Solar Cavity Receivers
Elham Alipourtarzanagh , Alfonso Chinnici, Zhao Tian, G. Nathan and B. Dally

12:20‐13:48

Lunch ‐ 88 mins

12:30‐13:00

Facilitiated Networking Session with Professor Ivan Marusic ‐ 30mins [Room 49‐313A]

12:30‐13:40

Tours at UQ ‐ 2x 35mins

12:25‐13:25
13:48‐13:50

COVID Clean Breakout Rooms ‐ 60mins
Transition to next presentation ‐ 2mins
Concurrent Session 9
Session 9A
50‐T203

Session 9B
50‐N201

Session 9C
50‐N202

Session 9D
49‐313A

Session 9E
49‐316

WIND ENGINEERING (2)Matthew Mason

RIVERS/CHANNELS(1)Kabir SuaraPARTICLE FLOWS (3)Thuy Chu Van

AEROACOUSTICS (1)Richard Manasseh

HEAT TRANSFER (3)Nima Nadim

13:50‐14:10[ID: 68] A Comparison of FDS, ANSYS‐CFX and Caelus for Car Park CO Ventilation
Martin Leahy , Daniel Lansell‐Kenny, Darrin Stephens, Tom Harvey and Corey Leb[ID: 25] Unsteady surge characteristics in semi‐circular channels
Emelia Dara Soechiarto, Davide Wuthrich and Hubert Chanson[ID: 126] Effect of Turbulence on the Performance of a Gas Cyclone
Ruizhi Jin, Erfan Keshavarzian, Kejun Dong , Sijie Dong and Bo Wang

[ID: 100] Numerical study of sound generation by three‐dimensional flapping wings during
hovering flight
Li Wang and Fang‐Bao Tian

[ID: 7] Heat transfer enhancement in phase change materials for thermal energy storage inconcentrated solar power plants
Michael Opolot , Chunrong Zhao and Kamel Hooman

14:10‐14:30[ID: 246] Study of Natural Ventilation Performance Relative to Different Wind Directions
Reza Janatifar , Lyazid Djenidi and Michael Ostwald[ID: 26] Hydrodynamic Instabilities in Open‐Channel Flow past Lateral Cavities
Youkai Li and Hubert Chanson[ID: 201] Three‐dimensional numerical simulation of air‐flow in inkjet print‐zones
Sam Mallinson, Andre Aquino , Geordie McBain, Glenn Horrocks, Tracie Barber, Charitha deSilva and Guang Yeoh

[ID: 78] Prediction of small‐scale UAS rotor noise
Li Chen , Trevor Batty, Ronny Widjaja and Matteo Giacobello[ID: 198] Experimental study on the thermal performance of straight and oblique finned,
polymer heat sinks
Kalen Timbs, Mehdi Khatamifar , Wenxian Lin and Elsa Dos Santos Antunes

14:30‐14:50[ID: 136] CFD Study of Evaporative Cooling System Integrated to a Windcatcher
Amirjavad Ahmadian Hosseini, Maryam Ghodrat , Seyyed Hossein Hosseini, Behzad Golparvar,
John Kaiser Calautit and Goodarz Ahmadi[ID: 72] Impact of sensor location on assimilated hydrodynamic model performance
Mohammadreza Khanarmuei , Neda Mardani, Kabir Suara, Julius Sumihar, Adrian McCallum,
Roy Sidle and Richard Brown[ID: 91] CFD analysis to estimate the best validation approach for reverse flow hydrocyclone
Shuvam Mohanty and Jong Leng Liow

[ID: 106] The Serrated Trailing Edge Influence on Flapping‐wing Acoustics
Xueyu Ji , Li Wang, Fang‐Bao Tian, Joseph Lai and John Young[ID: 252] Thermodynamic Analysis of a Diesel Exhaust Wet Scrubber
Ahmed Abdulwahid, Rong Situ , Richard Brown and Wenxian Lin

14:50‐15:10[ID: 46] Loading on rounded square foundation elements of offshore structures with marine
growth at incidence
Annika Frede and Nils Paul van Hinsberg[ID: 202] A numerical investigation of dynamics of a shallow intermittently closed and open
lake and lagoon (ICOLL)
Neda Mardani , Kabir Suara, M. Khanarmuei, R. Brown, A. McCallum and R. Sidle[ID: 48] Effect of varying inflow conditions on pharmaceutical powder dynamics in inhaler‐likeflows
Albyn Lowe, Agisilaos Kourmatzis and Gajendra Singh[ID: 137] Resolvent Method Surface Pressures for Airfoil Trailing‐Edge Noise Prediction
Georges Wagner and Richard Sandberg[ID: 118] Heat Transfer Investigation on Under‐expanded Supersonic Impinging Jets by Large
Eddy Simulation
Minghang Li , Richard Sandberg, Julio Soria and Andrew Ooi

13:50‐15:10
Moderator

Afternoon Tea Break ‐ 28mins
COVID Clean Breakout Rooms ‐ 60mins
Transition to next presentation ‐ 2mins
Concurrent Session 10

15:10‐15:38
15:10‐15:30
15:38‐15:40

15:40‐16:20

Session 10A
50‐T203

Session 10B
50‐N201

Session 10C
50‐N202

Session 10D
49‐313A

Session 10E
49‐316Moderator

AERODYNAMICS (2)Shantanu Bhat

RIVERS/CHANNELS(2)Youkai Li

PARTICLE FLOWS (4)Thuy Chu Van

AEROACOUSTICS (2)Tony Lucey

HEAT TRANSFER (4)Steve Armfield

15:40‐16:00[ID: 105] Resolvent analysis of co‐existing periodic‐flow solutions around a NACA0012 airfoil
Olivier Marquet , Justin S Leontini, Jisheng Zhao and Mark C Thompson[ID: 22] Modelling of tsunami wave overtopping in a converging channel
Ananth Wuppukondur and Tom Baldock[ID: 247] Application of Eulerian Multi‐Phase Models to Investigate Rheology of Slurries
Nima Nadim and Mustafa Javed

16:00‐16:20[ID: 8] Investigation of Stationary Vanes Aerodynamic Performance under Different RDC
ExhaustMajid Asli , Panagiotis Stathopoulos and Christian Oliver Paschereit[ID: 98] The Influence of Sharp Meanders on Thermally Stratified Open Channel Flow
Duy Nguyen and Michael Kirkpatrick[ID: 42] Aerosol Generation by Condensation in Laminar Boundary Layers for Inhalers
Patrick Scheunemann , David Schadow, Paul Stephenson and Mark Jermy[ID: 250] LES Simulation of Sound Generated by a Cylinder Wake and its Interaction with Shock[ID: 41] The Role of Compressibility in the Linear‐stability of Centrifugal Buoyancy‐induced Flow
Waves
Deepak Saini and Richard Sandberg
Ramandeep Kaur , Vincent Wheatley, Anand Veeraragavan and Con Doolan[ID: 60] Acoustic and Thrust Measurements of Small‐Scale Uninhabited Aerial System (UAS)
Rotors in a Low Speed Wind Tunnel
Hurmat Ain , Peter Manovski, Jesse McCarthy and Paul Jacquemin

16:20‐16:30

Transition to next presentation ‐ 10mins

16:30‐16:35

Introduction & Welcome by UQ EAIT Faculty Excecutive Dean Prof Vicki Chen [Room 50‐T203]

16:35‐17:05

Invited Speaker: Dr Xinqian (Sophia) Leng
CFD Modelling of Surface Wave Breaking in a Long Channel
Moderator: Prof. Hubert Chanson

17:05‐17:35

Invited Speaker: Dr Sarah Razzaqi
Australian Excellence in High Mach Number Science
Moderator: Prof. Hubert Chanson

17:35‐17:40
17:40‐19:00

Transition to next presentation ‐ 5mins
Young Professionals Networking Session 2 [Room 49‐313A]
Moderator: Prof Richard Manasseh. Panel: Dr Xinqian (Sophia) Leng & Dr Chandan Kumar

End Day 3[ID: 213] Heat Transfer Coefficient Estimation for Turbulent Boundary Layers
Sicong Wang , Yu Xia, Wagih Abu Rowin, Ivan Marusic, Richard Sandberg, Daniel Chung andNicholas Hutchins

Thursday 10th December ‐ QUT Gardens Point Campus

9:00‐10:00

10:00‐10:30
10:30‐10:58
10:35‐10:50
10:58‐11:00
11:00‐11:45
11:45‐12:05

Keynote Speaker: Prof Ivan Marusic
Active and Inactive Motions in Wall Turbulence [Room P514]
Moderator: Prof. Tony Lucey
AFMS Fellowship
New Fellows
Coffee Break ‐ 28mins
COVID Clean Room ‐ 20mins
Transition to next presentation ‐ 2mins
Australasian Fluid Mechanics Society
General Meeting ‐ 45mins
Student Awards
AFMC2020 Student Presentations

12:05‐12:15

AFMC2022 Presentation
Sydney12:15‐12:30

AFMC2020 Closing Ceremony

12:30‐13:30

Lunch ‐ 60mins

End Day 4