| Code | Paper No. | Name | Title |
| Aero-Acoustics | |||
| AA01 | 3 | Alam, F | Surface Pressure Measurements on a group of Idealised Road Vehicle Models |
| AA02 | 139 | Liow, K | Computation of Acoustic Waves Generated by a Co-Rotating Vortex Pair |
| AA03 | 155 | Milbank, J | An Instance of Cavity Resonance Interaction with an Open-Jet Tunnel Free Shear Layer |
| AA04 | 237 | Tan, B | Simulation of Acoustic Resonance Generated by Flow Around a Long Rectangular Plate Placed in a Duct |
| AA05 | 271 | Zimmer, G | The Contribution of the A-pillar vortex to passenger car in-cabin noise |
| Aerodynamics | |||
| AD01 | 35 | Cheung, K | Interference Drag Between Spherical and Cylindrical Particles in Stokes Flow |
| AD02 | 93 | Holford, J | The Dependence of the Discharge Coefficient on Density Contrast - Experimental Measurements |
| AD03 | 95 | Hooper, J | Mean Velocity, Reynolds Stress and Static Pressure Measurements in an Air Cyclone |
| AD04 | 106 | Jackson, P | Some Aspects of the Aerodynamics of Membrane Wings |
| AD05 | 146 | Matheson, N | Research and Testing in the New Transonic Wind Tunnel at AMRL |
| AD06 | 173 | Otto, S | Gortler Vortices in Curved Mixing Layers and Their Effect on the Inherent Instabilities |
| AD07 | 175 | Panchapakesan, N | PIV Measurements in a Forced Separated Shear Layer from a Blunt Leading Edge |
| AD08 | 177 | Parker, K | Impulsively Started Flow over an Airfoil at an Angle of Attack |
| AD09 | 249 | von Ellenrieder, K | Visualization of a Three Dimensional Heaving Aerofoil Flow |
| AD10 | 253 | Watkins, S | The Aerodynamic Characteristics of a Family of Flying Wing Shapes Suited for Small RPVs |
| AD11 | 258 | Wood, D | How Accurately is a Helical Vortex Represented by Straight Segments? |
| AD12 | 265 | Young, J | Frequency and Amplitude Effects in the Wake of a Plunging Airfoil |
| AD13 | 276 | Pearson, B | Re Dependence of the Energy Dissipation Rate and Spectrum in Shear Flows |
| AD14 | 64 | Dou, H | Physical Mechanism of Incipient Separation in Shock Wave / Boundary Layer Interactions Induced by a Sharp Fin |
| Atmospheric Research | |||
| AR01 | 14 | Borgas, M | Particle-Pair Separation Processes in Turbulence |
| AR02 | 206 | Sawford, B | Project Prairie Grass - a Classic Atmospheric Dispersion Experiment Revisited |
| Boundary Layers | |||
| BL01 | 11 | Blackburn, H | Symmetry Breaking to Modulated Rotating Waves in an Enclosed Swirling Flow |
| BL03 | 23 | Lai, K | Pressure field calculation in flow simulation by discrete vortex method |
| BL04 | 37 | Choi, J | Turbulent Drag Reduction by Spanwise Wall Oscillation |
| BL05 | 54 | Dabrowski, P | Blowing-Induced Boundary-Layer Separation of Shear-Thinning Fluids |
| BL06 | 61 | Bisceglia, S | Structure of Rough Wall Turbulent Boundary Layers at Relatively High Reynolds Number |
| BL07 | 84 | Halatchev, I | The Effect of Diffusive Mass Transfer on Boundary-Layer Stability |
| BL08 | 88 | Hellstedt, A | Turbulent Boundary Layer Evolution Towards Equilibrium Conditions |
| BL09 | 104 | Ichimiya, M | Interaction Between Turbulence Wedges which Develop from Roughness Row in a Flat Plate Laminar Boundary Layer |
| BL10 | 109 | Jones, M | Experimental Study of High Reynolds Number Turbulent Boundary Layers - Mean Flow Scaling |
| BL11 | 121 | Kim, K | Assessment of Local Blowing and Suction in a Turbulent Boundary Layer |
| BL12 | 126 | Kosasih, P | Flow Field Calculation in a Turbulent Lubrication Film |
| BL13 | 129 | Kaspersen, J | A Structure Detection Method Based on Wavelets |
| BL14 | 131 | Kunkel, G | Experimental Study of Near-Wall Models for Large-Eddy Simulation |
| BL15 | 157 | Moinddin , K | Experimental Study of Turbulent Flow Along a Streamwise Edge (Chine) |
| BL16 | 165 | Nickels, T | The Mean Velocity Profile for Wall-Bounded Flows at Low Reynolds Number |
| BL17 | 174 | Oyewola, O | Effect of Wall Suction on a Turbulent Boundary Layer: Reynolds Number Dependence |
| BL18 | 198 | Roberts, J | Artificial Thickening of Wind Tunnel Boundary Layers via an Array of Cross-Flow Jets |
| BL19 | 243 | Tuck , E | On Open Venturis |
| BL20 | 245 | Mesbah Uddin, A | Interpretation of Space-time Velocity Correlations in Wall Turbulence |
| BL21 | 254 | Watson, C | The Structure of Longitudinal Vortices Within the Atmosphere |
| BL22 | 273 | Gualtieri, P | A Correct Model of Variance, Skewness, Kurtosis in Boundary Layer with Turbulent External Layer |
| BL23 | 280 | Berera, F | Pressure Fluctuations on Cylinders with Thick Turbulent Boundary Layers in Axial and Near-Axial Flow |
| Combustion | |||
| CO01 | 31 | Chen, Y | Combined PDA/LIF Measurements in Simple, Evaporating Turbulent Spray Jets |
| CO02 | 63 | Doolan, C | Hydrocarbon Fuelled Pulse Detonation Engine Analysis |
| CO03 | 96 | Hossain, M | Modelling of Coal Combustion in Full-Scale Industrial Furnace |
| CO04 | 117 | Kollmann, W | The Impact of Strong Swirl and Buoyancy on the Structure of Turbulent Jets and Flames |
| CO05 | 141 | M Al-Abdeli, Y | Flowfield Regimes of Non-Reacting Swirling Flows |
| CO07 | 236 | Syred, C | Comparisons of Isothermal and Combusting Jets |
| CO08 | 272 | Chen, Y | Characterization of Turbulence Generated by Perforated Plugs of Different Hole Sizes Placed Upstream of a Bunsen Burner |
| CO09 | 286 | Dally, B | The Effect of Oxygen Concentration on the Structure of Turbulent Nonpremixed Flames |
| Computational Fluid Dynamics | |||
| CF01 | 9 | Bertoglio, J | Decay of Wall Bounded Turbulence and Turbulent Scalar Field |
| CF02 | 22 | Bui, A | A Numerical Method for Modelling of Two-Fluid Flow -- Solid Interaction |
| CF03 | 40 | Christo, F | Assessment of Turbulence Models for Simulating Internal Reacting Flows in a Ducted Rocket |
| CF04 | 55 | Debroux, F | Three-Dimensional Modelling of a Tsunami Interacting with Real Topographical Coastline Using Smoothed Particle Hydrodynamics |
| CF05 | 62 | Djenidi, L | Modelling of the Effect of Concentrated Wall Suction on a Turbulent Boundary Layer Using a Second-Order Moment Closure |
| CF06 | 69 | Elston, J | The Transition to Three-Dimensionality in the Flow Produced by an Oscillating Circular Cylinder |
| CF07 | 74 | Fonarev, A | An Effective Method of Calculating Transonic Flows and Wave Drag of Axisymmetric and 3-D Elongate Bodies Within Framework of Transonic Equivalence Rule |
| CF08 | 83 | Guo, B | Effect of a Downstream Sudden Contraction on Flow Instability Behind a Sudden Pipe Expansion |
| CF09 | 86 | Pai, R | Modelling of Fluid Flow in a 3-Axial Groove Water Bearing Using Computational Fluid Dynamics |
| CF10 | 89 | Higgins, K | Merger of Stretched Vortices at High Reynolds Number |
| CF11 | 107 | Djavareshkian, M | A New NVD Scheme in Pressure-Based Finite Volume Methods |
| CF12 | 108 | Johnson, S | Flow Past Elliptical Cylinders at Low Reynolds Numbers |
| CF13 | 110 | Jones, M | The Generation and Suppression of Vortex Breakdown by Upstream Swirl Perturbations |
| CF14 | 111 | Jones, M | Toward a Geometry Independent Criterion for Vortex Breakdown |
| CF15 | 114 | Tso, C | A Three-Dimensional Simulation of Temperature and Water Vapor Distributions Between a Heat Source and a Ventilating Hood |
| CF16 | 135 | Lei, C | Two- and Three-Dimensional Temperature Structures in a Shallow Wedge Subject to Solar Radiation |
| CF17 | 150 | McBean, I | Navier-Stokes Simulation of 2-D Unsteady Aerodynamics of a Turbine Cascade |
| CF19 | 168 | Novozhilov, V | Large Eddy Simulation of Transient Ceiling Jet in a Compartment Fire Environment |
| CF20 | 169 | O' Neill, P | An Investigation of the Relationship Between Flow Topology and the Distribution of a Passive Scalar in Isotropic Turbulence |
| CF21 | 172 | Ooi, A | A Numerical Study of Swirling Vortex Rings |
| CF22 | 185 | Prakash, M | Three-Dimensional Modelling of Dam-Break Induced Flows Using Smoothed Particle Hydrodynamics |
| CF23 | 187 | Pregnalato, C | Flow Transition in the Wake of a Rotating Sphere |
| CF24 | 203 | Ryan, K | Three Dimensional Flow Development in the Wake of Elongated Bluff Bodies |
| CF25 | 207 | Schmidt, S | Spectral Element Based Dynamic Large Eddy Simulation of Turbulent Channel Flow |
| CF26 | 211 | Seyedein, S | Mathematical Modelling of Magnetic Flow Control in a Single Belt Caster |
| CF27 | 213 | Sheard, G | A Numerical Study of Bluff Ring Wake Stability |
| CF28 | 215 | Shiqiang, W | Quasi-Consistence Hexahedral Element Method for Three-dimensional Convection Problems |
| CF29 | 222 | Soodphakdee, D | CFD Code Benchmark on Void Fraction Distribution in Subcooled Flow Boiling of a Concentric Annular Tube at Low Pressure |
| CF30 | 226 | Spong, E | Adaptive Electromagnetic Control of Artificially Induced Disturbances |
| CF31 | 229 | Stosic, Z | Multi-Fluid Multi-Dimensional Numerical and Experimental Investigation of Dispersed Two-Phase Flow with Wall Liquid Film in the Vicinity of Obstacles |
| CF32 | 230 | Stosic, Z | 3D Propagation of CHF/Rewet Front within Rod Bundle in Turbine-Trip-w/o-Bypass Simulation: Experimental and Numerical Investigation Based on Porous Media |
| CF33 | 247 | Francois, B | Large Eddy Simulations of Plane Turbulent Impinging Jets |
| CF34 | 277 | Barth, W | Finite Element Modeling of Generalised Newtonian Flows |
| Experimental Techniques | |||
| ET02 | 70 | Erm, L | Measurement of Flow-Induced Pressures on the Surface of a Model in the AMRL Water Tunnel |
| ET03 | 102 | Parmigiani, H | Residual Swirl in Axial-Flow Pump |
| ET04 | 134 | Lavoie, P | Analysis of Four Data Reduction Schemes Applied to Four-sensor Hot-wire Probes |
| ET05 | 138 | Li, J | An Investigation on the Length to Diameter Ratio of Hot Wire Filament in Turbulence Measurements |
| ET06 | 164 | Ng, E | Measuring Local Time-Averaged Airflow Velocity Through an Automotive Heat Exchanger |
| ET07 | 166 | Nishizawa, N | A Single Moduled Laser Interferometer for Wall Shear Stress Measurement |
| ET08 | 208 | Anderson, C | Manipulation of Natural Frequency Separation to Improve Dynamic Response of Hot-Wire Probes |
| ET09 | 246 | Viot, J | Characterisation of the Plug-Holing Phenomenon for the Exhausting of a Low Density Gas Layer |
| ET10 | 267 | Zhou, T | Transverse Velocity and Temperature Derivative Measurements in Grid Turbulence |
| ET11 | 268 | Zhou, T | Performance of an Energy - Temperature Dissipation Rate Probe in Decaying Grid Turbulence |
| ET12 | 270 | Zhu, Y | Rapid Measurement of Bubble Size in Gas-Liquid Flows Using a Bubble Detection Technique |
| Gas Dynamics | |||
| GD01 | 99 | Hunt, G | Natural Ventilation by the Competing Effects of Localised Distributed Heat Sources |
| GD02 | 189 | Quadros , C | Effect of Column Spacing on Wave Force |
| GD03 | 191 | Rahaman, M | Effect of Unequal Granular Temperature on Number of Collision and Dilute Viscosity of Kinetic Theory |
| GD04 | 212 | Sharifian, S | Optically Addressed Pressure Sensors for Transient Gas Dynamics: Calibration of a Preliminary Design |
| GD05 | 217 | Siegenthaler, A | Outline of a Theory of Non-Rankine-Hugoniot Shock Wave in Weak Mach Reflection |
| GD06 | 219 | Smith, D | Shape Optimisation for Supersonic Nozzle Flows |
| Groundwater | |||
| GW01 | 220 | Smith, A | Assessing the Accuracy of a Finite Element Code in Solving the Advection-Diffusion Equation Using the Gauss Pulse Test |
| Hydraulics | |||
| HL01 | 46 | Clarke, S | Supercritical Leaps in Two-Layer Hydraulics |
| HL02 | 91 | Ho, D | Investigation of Spillway Behaviour Under Increased Maximum Flood by Computational Fluid Dynamics Technique |
| Hydrodynamics | |||
| HD01 | 38 | Chow , M | Effect of Double Diffusion on Mixing of Discharges from Coastal Outfalls |
| HD02 | 58 | Derzho, O | Breakdown of Inertial Waves in a Tube with Variable Cross-Section |
| HD03 | 72 | Farrow, D | Inertial Oscillations and the Thermal Bar |
| HD04 | 79 | Gregory, P | Flow Over a Body of Revolution in a Steady Turn |
| HD05 | 87 | Hashim, I | On Competition Between Modes at the Onset of Thermocapillary Convection Under a Uniform Vertical Magnetic Field |
| HD06 | 97 | Hourigan, K | Structure of Vortex Breakdown in a Torsionally Driven Cylinder at Low Reynolds Number |
| HD07 | 124 | Klaka , K | Prediction of Yacht Roll Motion at Zero Forward Speed |
| HD08 | 128 | Kostas, J | A Study of a Backward Facing Step Flow at Two Reynolds Numbers |
| HD09 | 136 | Lemckert, C | Water Column Destratification Using a Pulsed Jet System |
| HD10 | 167 | Noui-Mehidi, M | An Experimental and Numerical Investigation of Taylor Vortex Flow in the System of Coaxial Rotating Conical Cylinders |
| HD11 | 200 | Broutman, D | Internal-Wave Radiation From an Oscillatory Source in a Depth-Dependent Medium |
| HD12 | 231 | Stretch, D | Transient Mixing Events in Stably Stratified Turbulence |
| HD13 | 259 | Xia, J | Wave Forces on a Body in Confined Waters |
| HD14 | 261 | Wang, X | Experimental Observations of Rayleigh-Taylor Instability in a Shock Tube |
| HD15 | 274 | Brandner, P | Hydrodynamic Performance of a Vortex Generator |
| HD16 | 278 | Shervani-Tabar, M | Numerical Study on the Dynamics of a Cavitation Bubble Near a Rigid Body |
| Industrial Flows | |||
| IF01 | 2 | Ahmed, D | Numerical Simulation of Abrasive Water Jet for Different Taper Inlet Angles |
| IF02 | 50 | Cooper, P | Plumes Driven by Free-Falling Streams of Solid Particles |
| IF03 | 100 | Huntsman, I | A 3D Navier-Stokes Solver for the Design and Analysis of Turbomachinery |
| IF04 | 103 | Huynh, B | Influence of Temperature Boundary Conditions in the Wire-Coating Process |
| IF05 | 161 | Mununga, L | Comparative Study of Flow in a Mixing Vessel Stirred by a Solid Disk and a Four Bladed Impeller |
| IF06 | 209 | Truong, T | Using Free and Restricted Sloshing Waves for Control of Structural Oscillations |
| IF07 | 210 | Gradinscak, M | Sloshing Control with Container Flexibility |
| IF08 | 221 | Soh, W | A Flow Visualization Study on the Movements of Solid Particles Propelled by a Collapsing Cavitation Bubble |
| IF09 | 228 | Stokes, Y | Computing Flow in a Spiral Particle Separator |
| IF10 | 275 | Akroyd, T | Continuous Rheometry for Industrial Slurries |
| Jets and Wakes | |||
| JW01 | 4 | Allen, J | Energy Harvesting Eel |
| JW02 | 12 | Blackburn, H | Large Eddy Simulation of Flow Past a Circular Cylinder |
| JW03 | 20 | Brydon, A | Flow Interaction Between Two Spheres at Moderate Reynolds Number |
| JW04 | 24 | Lai, K | On the Mechanisms of Wake-Body Interactions in a Tandem Array of Two Square Cylinders |
| JW05 | 26 | Carberry, J | A Comparison of Forced and Freely Oscillating Cylinders |
| JW06 | 27 | Cater, J | The Structure of Round Zero-Net-Mass Flux Jets |
| JW07 | 41 | Chua, L | Measurements of a Rectangular Confined Jet |
| JW08 | 42 | Chua, L | Measurements of Turbulent Prandtl Number of a Heated Square Jet |
| JW09 | 43 | Chua, L | Axis-Switching of a Square Jet |
| JW10 | 48 | Clayfield, K | Velocity Measurements in a Mechanical Precessing Jet Flow Using Particle Image Velocimetry |
| JW11 | 71 | Ewing, D | On the Evolution of the Large-Scale Structures in the Far Field of the Plane Jet |
| JW12 | 78 | Gordon, M | Scalar Mixing of Zero-Net-Mass-Flux Jets in Crossflow |
| JW13 | 81 | Grubb, C | The Influence of the Nozzle Outlet Shape on Swirl Flow |
| JW14 | 94 | Hong, G | On Centerline Distributions of Velocity and Momentum in Synthetic Jet Actuator Flows |
| JW15 | 125 | Kolar, V | Vorticity Transport Associated with the Dominant Vortical Structure of Twin Jets in Crossflow |
| JW16 | 133 | Lai, W | Effect of a Neighbouring Vibrating Cylinder on a Circular Cylinder Wake |
| JW17 | 137 | Holstein, D | Spreading of Energetic Submerged Fountains Impinging on a Rigid Surface |
| JW18 | 143 | Mallier, R | Three Dimensional Transition in a Bickley Jet: Comparison of Theory with DNS |
| JW19 | 144 | Mallinson, S | Numerical Simulation of Membrane Forcing Effects On Synthetic Jet Actuator Flows |
| JW20 | 159 | Morgan , P | Bifurcation of Neutrally Buoyant Jets in Stratified Environments |
| JW21 | 170 | O' Neill, P | Structures in a Round Homogeneous Jet at Low Reynolds Number |
| JW22 | 176 | Parker, R | Control of an Axisymmetric Jet Using a Passive Ring |
| JW23 | 179 | Pearson, B | Further Evidence for a Transition in Small-Scale Turbulence |
| JW24 | 182 | Pianthong, K | Study of Shock Wave Characteristics of Supersonic Diesel Fuel Jets Using a Shadowgraph Technique |
| JW25 | 194 | Reichl, P | Metastable Wake States for Flow Past a Cylinder Close to a Free Surface |
| JW26 | 214 | Carberry, J | Stationary and Oscillating Cylinders in the Presence of a Free-Surface |
| JW27 | 218 | Smalley, R | Velocity-Velocity Difference Correlations and the Sweeping Decorrelation Hypothesis |
| JW28 | 241 | Thompson, M | Application of the Forced Stuart-Landau Model to Cylinder Wake Oscillation |
| JW29 | 256 | Webb, T | Large Eddy Simulation of a Turbulent Jet |
| JW30 | 269 | Zhou, Y | Effect of Initial Conditions on the Turbulence Structures Various Scales in a Self-Preserving Wake |
| JW31 | 279 | Parham, J | Quantification of Mixing Characteristics for the Optimisation of Combustion in Rotary Kilns |
| JW32 | 281 | Wong, C | Phase Averaged Velocity Field Within a Fluidic Precessing Jet Nozzle |
| JW33 | 282 | Mi, J | The Influence of Probe Resolution on Measurements of Fluctuating Scalar and its Dissipation Rate |
| JW34 | 283 | Mi, J | Scalar Mixing Characteristics of a Self-Excited Flip-Flop Jet Nozzle |
| JW35 | 284 | Lee, S | Preliminary Study of Oscillating Triangular Jets |
| JW36 | 285 | Smith, N | The Role of Unsteadiness within a Central Jet on the Structure of a Combined Central and Co-Annular Jet Flow |
| JW37 | 287 | Kelso, R | A Mechanism for Jet Precession in Axisymmetric Sudden Expansions |
| JW38 | 288 | Cuttler, P | On the Structural Differences Between Elevated and Flush Mounted Transverse Jets |
| Multiphase Flow | |||
| MF01 | 25 | Cao, X | Verification of Drag Coefficient Model Through Simulation of FCI's Premixing Experiment |
| MF02 | 30 | Chanson, H | Strong Interactions Between Free-Surface Aeration and Turbulence Down a Staircase Channel |
| MF03 | 39 | Chowdhury, F | Two-Phase Electronic Cooling Using Small Diameter Tubes |
| MF04 | 77 | Gaston, M | Modelling of Bubble Dynamics in a Venturi Flow with a Potential Flow Method |
| MF05 | 140 | Liow, J | Viscosity Effects in the Discharge of a Two-Layer Liquid through an Orifice |
| MF06 | 145 | Manasseh, R | Sound Emission Processes on Bubble Detachment |
| MF07 | 205 | Meena, S | Fluid Flow Through a Channel with Porous Wall Under a Transverse Magnetic Field |
| MF08 | 264 | Yeoh, G | Numerical Investigation and Measurement of Transient Two-Phase Boiling Flow |
| MF09 | 266 | Yusoff, M | Numerical and Experimental Investigation of High Speed Two-Phase Condensing Flow of Steam in LP Turbine Cascade |
| Non-Newtonian Flows | |||
| NN01 | 105 | Itoh, M | Visualization of Turbulent Structure in the Drag-Reducing Flow of Aqueous Surfactant Solution |
| NN02 | 225 | Spelt, P | Drag Coefficient for Arrays of Cylinders in Flows of Power-Law Fluids |
| NN03 | 65 | Dou, H | Parallel Simulation of Viscoelastic Flow Past an Array of Cylinders by a Unstructured FVM Algorithm |
| Oceanography | |||
| OG01 | 10 | Bidohkti, A | The Role of Internal Waves in the Layering of Outflows from Semi-Enclosed Seas |
| OG02 | 60 | Dey, S | Incipient Motion of Bivalve Shells on Sand Beds under Currents |
| OG03 | 92 | Hogg, A | The Kelvin-Helmholtz to Holmboe Instability Transition in Stratified Exchange Flows |
| OG04 | 98 | Hughes, G | Damping of Internal Gravity Waves in Stratified Fluids |
| OG05 | 123 | Kiss, A | Potential Vorticity Crises" and Western Boundary Current Separation" |
| OG06 | 244 | Turner, J | Double-Diffusive Plumes in a Homogeneous Environment |
| Other | |||
| OT01 | 5 | Anselmet, F | On the Relationship Between Large-Scale Forcing and Small-Scale Statistics in Decaying Grid Turbulence |
| OT02 | 6 | Armfield, S | Simulation and Scaling of Unstable Natural Convection Flow in Stratified Open Cavities |
| OT03 | 44 | Chua, L | Leakage Flow and Shear Stress in the Clearance Gap of a Heart Pump Model |
| OT04 | 45 | Chua, L | Measurements of Gap Velocity in a Heart Pump Model |
| OT05 | 51 | Cooper, P | Transient Flow in a Ventilated Enclosure Containing a Vertically Distributed Source of Buoyancy |
| OT06 | 52 | Slater, G | Natural Ventilation of a Side-Vented Enclosure Containing a Source of Welding Fume |
| OT07 | 53 | Cummins, S | A Fully Implicit Particle-in-Cell Method for Granular Flows |
| OT08 | 80 | Griffiths, R | Surface Solidification in Open Channel Flow |
| OT09 | 101 | Liddell, B | Redesigning the Rotor Fan Blades to Improve the Cooling of Roxburgh's Hydro-Generators |
| OT10 | 113 | Kannan , S | Influence of Electromagnetic Field on the Capillary Flow Between Parallel Plates |
| OT11 | 115 | Katselis, G | Estimation of Blast Overpressure from a Cylindrical Charge Using Time of Arrival Sensors |
| OT12 | 118 | Kerr, R | Theoretical and Experimental Modelling of Thermal Erosion by Laminar Lava Flows |
| OT13 | 127 | Kosasih, P | PIV Study of Lubricant Flow in Journal Bearing Supply Pocket |
| OT14 | 160 | Mullarney, J | Convective Circulation Driven by a Non-Uniform Bottom Heat Flux and a Localised Salinity Flux |
| OT15 | 195 | Reichl, P | Low Froude Number Frequency Response of the Wake for Flow Past a Cylinder Close to a Free Surface |
| OT16 | 204 | Miyanaga, K | A Study of Volute Tongue and Passage Design on the Performance of Centrifugal Turbomachines |
| OT18 | 250 | Tan, W | Stability of Taylor-Couette Flow with Axial Flow |
| Pipe Flow | |||
| PF01 | 112 | Jonsson, L | Interaction of a Hydraulic Transient with a Leak in a Pipe Flow |
| PF02 | 142 | Maalawi, K | Optimization of Pipelines Containing Fluid Against Divergence |
| PF03 | 148 | Schmidt, S | Spectral Element Based Simulation of Turbulent Pipe Flow |
| PF04 | 158 | Monty, J | Turbulent Pipe Flow: an Analysis of Mean-Flow Characteristics |
| PF05 | 202 | Rudman, M | Weakly Turbulent Pipe Flow of a Power Law Fluid |
| PF06 | 248 | Lambert, M | A Boundary Layer Growth Model for One-Dimensional Turbulent Unsteady Pipe Friction |
| PF07 | 262 | Wang, X | Analysis of a Transient in a Pipeline with a Leak Using Laplace Transforms |
| Wind Engineering | |||
| WE01 | 66 | Eaddy, M | Surface Roughness and Free Stream Turbulence Effects on the Lift Axial Correlation Length of a Circular Cylinder |
| WE02 | 235 | Swalwell, K | The Effect of Turbulence Intensity on Stall of the NACA 0021 Aerofoil |
| Total No. | 212 |