| ICCFD12-1-A-01 |
Effect of pitch-sweep overlap on lift in clap-and-peel motion |
F. Ahmed and N. Arora |
Indian Institute of Technology, Jodhpur, India |
Full Paper |
| ICCFD12-1-A-02 |
Effects of airfoil shapes on double transonic dip behaviors in supercritical airfoil flutter |
E. Kawashiro, T. Miyake and H. Terashima |
Hokkaido University, Japan |
Extended Abstract |
| ICCFD12-1-A-03 |
Numerical simulation of wave-structure interactions using a ghost-cell immersed boundary method |
D.C. Lo and R.S. Shih |
National Kaohsiung University of Science and Technology, Taiwan |
Full Paper |
| ICCFD12-1-A-04 |
Numerical investigation of correlation between thrust and angle of attack in a cyclorotor system |
M. Saito, J. Nagao and R. Kurose |
Kyoto University, Japan |
Presentation |
| ICCFD12-1-B-01 |
Computational Estimation of the Drag on an Acoustic Liner in Three-Dimensional Turbulent Flow |
H. Matsuura, D. Sasaki, S. Enomoto and J. Oki |
Osaka Metropolitan University, Japan |
Extended Abstract |
| ICCFD12-1-B-02 |
Sound Generation and Shock Wave Deformation in Shock Wave - Vortex Ring Interaction |
S.A. Ahire and A. Chatterjee |
Indian Institute of Technology Bombay, India |
Presentation |
| ICCFD12-1-B-03 |
Enhanced Simulation Techniques in Predicting X-59 Sonic Boom Loudness Using CFD |
S. Neuhoff, C. Ashby, J. Housman and J. Duensing |
NASA Ames Research Center, USA |
Full Paper |
| ICCFD12-1-C-01 |
Reduced-order Modeling for Pressure Field via Global Proper Orthogonal Decomposition |
Y. Nakamura, S. Sato and N. Ohnishi |
Tohoku University, Japan |
Full Paper |
| ICCFD12-1-C-02 |
Large-eddy Simulations and Reduced-Order Modeling for NACA4412 Flow Near The Stall Angle |
Y. Bajpai and R. Ranjan |
Indian Institute of Technology, Kanpur, India |
Presentation |
| ICCFD12-1-C-03 |
Reduced-Order Model-based Uncertainty Analysis for Fluid-Structure Interaction Problems |
T. Xu and J-I. Choi |
Yonsei University, Korea |
Extended Abstract |
| ICCFD12-1-C-04 |
Analysis of Supersonic Retropropulsion Flow using Modal Decomposition |
J. Qiao and S. Navarro-Martinez |
Imperial College London, UK |
Presentation |
| ICCFD12-1-D-01 |
Is Stokes Number Appropriate for Predicting Multiphase Richtmyer-Meshkov Instability Mix Zone Width? |
Y. Si, B. Meng, C. Wang and B. Tian |
Chinese Academy of Sciences, China |
Full Paper |
| ICCFD12-1-D-02 |
Numerical simulation of enhanced evaporation by puffing bi-component droplet |
F. Kidena, K. Kitada, A.L. Pillai and R. Kurose |
Kyoto University, Japan |
Extended Abstract |
| ICCFD12-1-D-03 |
Exact interface velocity in immersed boundary method |
K. Zhou and Z-Q. Yin |
Wuhan University of Science and Technology, China |
Full Paper |
| ICCFD12-1-D-04 |
A Low-dissipation Numerical Method for Capturing Gas-liquid Interfaces in Phase Change Simulation |
H. Wakimura, T. Aoki and F. Xiao |
Tokyo Institute of Technology, Japan |
Presentation |
| ICCFD12-2-A-01 |
Multi-Fidelity Gradient-based Aerostructural Optimization |
M.P. Rumpfkeil and P. Beran |
University of Dayton, USA |
Full Paper |
| ICCFD12-2-A-02 |
Development of an Elastic-Plastic Eulerian Solver for High-Speed Deformations with the Johnson-Cook Material Model |
O. Peles, M. Ezra, M.M. Alves, N. Briskin, S. Peles, A. Uzi, D. Touati and Y. Kozak |
Tel-Aviv University, Israel |
Presentation |
| ICCFD12-2-A-03 |
Exploring Static Rotor Approach and Dynamic Rotor Simulation for Magnus Effect VAWT using Direct Forcing Immersed Boundary (DFIB) Method |
F.D. Suprianto, M.J. Chern, C.C. Wang and D.G. Tewolde |
National Taiwan University of Science and Technology, Taiwan |
Extended Abstract |
| ICCFD12-2-A-04 |
Wall-Modeled Large-Eddy Simulation of Supersonic Parachute Inflation |
F. Cadieux and M. Barad |
NASA Ames Research Center, USA |
Full Paper |
| ICCFD12-2-B-01 |
Turbulent Boundary Layer Noise of Fighter Aircraft Canopy |
M.A. Kuş and B. Zafer |
Roketsan Inc., Turkey |
Full Paper |
| ICCFD12-2-B-02 |
Wall Modelled Large Eddy Simulation for Jet Flap Interaction Aeraocoustics |
G.J. Page, H. Xia, A. Barnes and S. Panesar |
Loughborough University, UK |
Extended Abstract |
| ICCFD12-2-B-03 |
Aeroacoustic Study of Morphed Trailing-Edge Airfoils Using Large-Eddy Simulations |
D. Kang and S. Lee |
University of California, Davis, USA |
Full Paper |
| ICCFD12-2-C-01 |
Model Order Reduction by Convex Displacement Interpolation |
S. Cucchiara, A. Iollo, T. Taddei and H. Telib |
Universite de Bordeaux & Inria , France |
Extended Abstract |
| ICCFD12-2-C-02 |
A hybrid-fidelity model for floating wave energy converters |
M. Bergmann and B. Battisti |
Inria, France |
Presentation |
| ICCFD12-2-C-03 |
Parametric Reduced Order Model built from RBF-FD meshless simulations of flow and temperature fields in a 3D pipe with wavy surfaces |
F. Dicech, R. Zamolo and L. Parussini |
University of Trieste, Italy |
Full Paper |
| ICCFD12-2-D-01 |
A consistent, volume preserving, and adaptive mesh refinement-based framework for modeling phase changing non-isothermal gas-liquid-solid flows |
A.P.S. Bhalla and R. Thirumalaisamy |
San Diego State University, USA |
Presentation |
| ICCFD12-2-D-02 |
Application of lattice Boltzmann method to simulate droplet coalescence phenomenon under shear flow |
Y.-Y. Wang, Y.-F. Li and C.-A. Lin |
National Tsing Hua University, Taiwan |
Extended Abstract |
| ICCFD12-2-D-03 |
Viscous Fingering coupled with Phase Separation |
C.-Y. Chen, Y. Nagatsu, R.X. Suzuki, Y.F.Deki, C.-C. Chou, T. Ban, M. Mishra |
National Yang Ming Chiao Tung University, Taiwan |
Presentation |
| ICCFD12-3-A-01 |
Blast Wave Propagation Through Debris Cloud |
J.D. Baum, M.E. Giltrud, O.A. Soto, F. Togashi and R. Lohner |
Applied Simulations, Inc, USA |
Presentation |
| ICCFD12-3-A-02 |
The moving rigid-body simulation with immersed boundary method and general pressure equation on multi-GPU cluster |
J.-Y. Ji and C.-A. Lin |
National Tsing Hua University, Taiwan |
Extended Abstract |
| ICCFD12-3-A-03 |
Constrained Actuator Line Model with Controls in a Lattice Boltzmann framework for Floating Offshore Wind Turbine Simulations |
L. Qiu, P. Zhang and S. Galindo-Torres |
Westlake University, China |
Presentation |
| ICCFD12-3-A-04 |
Data-Driven Fluid-Structure Interaction with Fully-Partitioned Method and Deep Koopman Model |
Y. Abe, T. Yamazaki, F.D. Witherden and Y. Kawano |
Tohoku University, Japan |
Presentation |
| ICCFD12-3-B-01 |
CFD-Based Heat Transfer and Flow Field Investigations of a Heat Recovery Steam Generator for Aero Engine Applications |
M. El-Soueidan, J. Hasy, M. Schmelcher and A. Gortz |
German Aerospace Center (DLR), Germany |
Full Paper |
| ICCFD12-3-B-02 |
Leveraging Graph Neural Networks for the CFD Simulations of Bioreactors with Variable Geometries |
U. Kaya, S. Gopireddy, N. Urbanetz, I. Nopens and J. Verwaeren |
Ghent University, Belgium |
Presentation |
| ICCFD12-3-B-03 |
Influence of Vortical Structures on Liquid Metal Breakup in Atomization Process |
S. Lee and J. Hwang |
Pusan National University, Korea |
Extended Abstract |
| ICCFD12-3-B-04 |
High-Precision Surrogate Method Based on Fusion Strategy for High-Speed Vehicles Aerodynamic Optimization |
L. Jiang, X. Pan and G. Chen |
Xi’an Jiaotong University, China |
Full Paper |
| ICCFD12-3-C-01 |
Stable and non-dissipative flux reconstruction schemes using Gauss-Legendre points with kinetic energy and entropy preservation (KEEP) property |
I. Homma, H. Asada and S. Kawai |
Tohoku University, Japan |
Extended Abstract |
| ICCFD12-3-C-02 |
Successive correction h-p adaptation for k-exact FV schemes in compressible flow simulations |
M. Salihoglu, A. Belme, A. Limare, P. Brenner, D. Puech, G. Pont and P. Cinnella |
Sorbonne Universite, France |
Extended Abstract |
| ICCFD12-3-C-03 |
A consistent viscous discretization approach using Staggered Update Procedure (SUP) |
S. Subudhi and N. Balakrishnan |
Indian Institute of Science, India |
Extended Abstract |
| ICCFD12-3-C-04 |
High-order Accurate Implicit Scheme Based on Temporal Reconstruction for Solving Compressible Navier-Stokes Equations |
H. Zhou and Y-X. Ren |
Tsinghua University, China |
Full Paper |
| ICCFD12-3-D-01 |
A Smoothed-Terrain-Following Coordinate System for Modeling Gravity-Driven Flows in Depth-Averaged Approach |
Y.C. Tai, H.K. Wong and C.Y. Ma |
National Cheng Kung University, Taiwan |
Full Paper |
| ICCFD12-3-D-02 |
A monolithic model of solid-liquid phase change problem |
H. YAO and M. Azaiez |
Bordeaux University, France |
Extended Abstract |
| ICCFD12-3-D-03 |
Numerical study of dense particulate flows using Baer-Nunziato-like models |
P. Utkin |
Harbin Institute of Technology, China |
Full Paper |
| ICCFD12-3-D-04 |
Settling of prolate spheroids in a quiescent fluid at different volume fractions |
X. Jiang, C. Xu and L. Zhao |
Tsinghua University, China |
Extended Abstract |
| ICCFD12-4-A-01 |
A Front-Tracking Technique for Computing Inflatable Structures in Supersonic Flows with Shocks |
V. Orlandini, A. Assonitis, R. Paciorri and A. Bonfiglioli |
University of Rome La Sapienza, Italy |
Full Paper |
| ICCFD12-4-A-02 |
Fast and Robust Staggered Approach for Fluid-Structure Interaction Simulation in a Thin Flapping Plate |
A. Yamano, T. Muramatsu and T. Iwasa |
Osaka Metropolitan University, Japan |
Full Paper |
| ICCFD12-4-B-01 |
Characterization of LES Inlet Conditions with Mapped Wingtip Vortices using UVLM Mean Flow Field Data |
J.C. Chan, P.C. Wang, J.J.Y. Tan and H. Hesse |
University of Glasgow, UK |
Full Paper |
| ICCFD12-4-B-02 |
On the Aerodynamic Instability in a Multistage Axial-centrifugal Combined Compressor |
C. Tian and S. Fu |
Tsinghua University, China |
Full Paper |
| ICCFD12-4-B-03 |
Numerical estimation of the leakage source of large floating marine plastic debris washed ashore on the Tsushima coast using the adjoint method |
M. Wake and T. Sato |
University of Tokyo, Japan |
Extended Abstract |
| ICCFD12-4-B-04 |
Numerical Simulation of SLD Icing under Glaze Ice Conditions by Coupling Scheme of Grid- and Particle-Based Method Introducing Purcell Approximation |
M. Kaneshi, K. Fukudome, Y. Abe and M. Yamamoto |
Tokyo University of Science, Japan |
Extended Abstract |
| ICCFD12-4-C-01 |
An unfitted high-order spectral element method for incompressible Navier-Stokes equations with a free surface: The pressure problem |
J. Visbech, A. Melander, M. Ricchiuto and A. Engsig-Karup |
Technical University of Denmark, Denmark |
Presentation |
| ICCFD12-4-C-02 |
High-order Compact Gas-kinetic Scheme on Structured and Unstructured Meshes for Compressible Flow Simulations |
F. ZHAO and K. XU |
The Hong Kong University of Science and Technology, Hong Kong |
Extended Abstract |
| ICCFD12-4-C-03 |
A Third-Order Hyperbolic Navier-Stokes Solver for Unsteady Simulations on Adaptive Space-Time Tetrahedral Grids |
H. Nishikawa |
National Institute of Aerospace (NIA), USA |
Full Paper |
| ICCFD12-4-C-04 |
Very high-order ENO schemes with multi-resolution |
H. Shen |
University of Electronic Science and Technology of China, China |
Extended Abstract |
| ICCFD12-4-D-01 |
Numerical modeling of wave impact on a vertical wall with a deflector |
S. Croquer Perez, S. Poncet and R. Lacey |
Universite de Sherbrooke, Canada |
Full Paper |
| ICCFD12-4-D-02 |
A New Interface tracking method Under Multi-Material ALE Framework: The Intersecting Polygon Tracking Method |
L. Liu |
Institute of Applied Physics and Computational Mathematics , China |
Presentation |
| ICCFD12-4-D-03 |
VOF Modeling of Droplet Distortion under Supersonic Flow |
H.Q. Yang |
CFD Research Corporation, USA |
Extended Abstract |
| ICCFD12-4-D-04 |
When does a drop stop bouncing on a cold surface? |
M. Shen and B.Q. Li |
Yancheng Teachers University, China |
Full Paper |
| ICCFD12-5-A-01 |
Positivity-preserving algorithm for implicit finite volume methods simulating compressible flows |
Q. Wang and H. Zhou |
Beijing Computational Science Research Center, China |
Full Paper |
| ICCFD12-5-A-02 |
A Fast Coupled Solver for the Steady Navier-Stokes Equations on Rectilinear Grids |
M.A. George, N. Williamson and S.W. Armfield |
The University of Sydney, Australia |
Extended Abstract |
| ICCFD12-5-A-03 |
A node-conservative cell-centered Finite Volume method for solving multidimensional Euler equations over general unstructured grids |
P.-H. Maire, V. Delmas and R. Loubere |
CEA, France |
Presentation |
| ICCFD12-5-A-04 |
Mixture-Conservative Temperature-Based Baer-Nunziato Solver for Efficient Full-Disequilibrium Simulations of Real Fluids |
G. Sirianni, B. Re, and R. Abgrall |
Politecnico di Milano, Italy |
Full Paper |
| ICCFD12-5-B-01 |
Development of Multiobjective Aerodynamic Three-Dimensional Shape Optimization Method |
A. Oyama and N. Nimura |
Japan Aerospace Exploration Agency, Japan |
Presentation |
| ICCFD12-5-B-02 |
Total Uncertainty Quantification of the AIAA UQ Challenge Problem using an Interactive Web Browser Based Tool for Data and Automated Workflow Management |
E.P.N. Duque, M.D. Burklund, D.A. Amels and S.M. Legensky |
Intelligent Light, USA |
Extended Abstract |
| ICCFD12-5-B-03 |
Large-Eddy Simulation on Golf-Ball at supercritical Reynolds number and its comaprison with Smooth-Sphere |
S. Nishinakagawa, S. Nakaoka, M. Onuki, T. Sajima and M. Tsubokura |
Kobe University, Japan |
Extended Abstract |
| ICCFD12-5-B-04 |
A Hybrid Finite Volume/Element Method for Studying Liquid Argon Time Projection Chamber Detectors |
S. Z. Tu, C. Jiang and Q.J. Pang |
Jackson State University, USA |
Presentation |
| ICCFD12-5-C-01 |
A Novel Energy-based Artificial Viscosity for Suppressing Numerical Oscillations in Discontinuous Galerkin and Flux Reconstruction Schemes |
W. Pei and Y.-X. Ren |
Tsinghua University, China |
Extended Abstract |
| ICCFD12-5-C-02 |
High-order Space-time Flux Reconstruction Methods for Moving Domain Simulation |
M. Yu |
University of Maryland Baltimore County, USA |
Full Paper |
| ICCFD12-5-C-03 |
Robust and Efficient Numerical Schemes for LES of Liquid Rocket Engine Combustor |
T. Haga |
Japan Aerospace Exploration Agency, Japan |
Presentation |
| ICCFD12-5-C-04 |
A robustness-enhanced reconstruction based on discontinuity feedback factor for high-order finite volume scheme |
H. Zhang, X. Ji, and K. Xu |
School of Aerospace Engineering, Xi’an Jiaotong University, China |
Presentation |
| ICCFD12-5-D-01 |
Direct Discontinuous Galerkin Methods for the Reacting, Multi-Species, 3D Compressible Navier-Stokes Equations |
G. Absillis, H. Luo, P. Greene, R. Nourgaliev and M. Goodson |
North Carolina State University, USA |
Full Paper |
| ICCFD12-5-D-02 |
Influence of low-temperature chemistry modelling on flame characteristics in a ducted rocket combustor |
N. Zettervall, C. Ibron and K. Nordin-Bates |
Swedish Defence Research Agency, FOI, Sweden |
Full Paper |
| ICCFD12-5-D-03 |
A Compressible Flamelet-Based Turbulent Combustion Modeling Framework in an All-Speed Solver for Rocket Engines |
S. Thakur, J. Wright, and C. Neal |
University of Florida and Streamline Numerics, Inc., USA |
Full Paper |
| ICCFD12-6-A-01 |
An asymptotic-preserving multidimensional-aware finite volume numerical scheme for Euler equations |
A. Del Grosso, W. Barsukow, R. Loubere and P.-H. Maire |
Inria Bordeaux, France |
Full Paper |
| ICCFD12-6-A-02 |
Modeling Nonequilibrium Effects in Fluids Using a Continuum-Atomistic Framework |
T. Linke, D. Sterbentz, J.P. Delplanque and J. Belof |
University of California, Davis, USA |
Extended Abstract |
| ICCFD12-6-A-03 |
A generic balanced-force algorithm for multiphase flows with moving bodies on polyhedral unstructured grids |
Y. Huang and B. Xie |
Shanghai Jiao Tong University, China |
Presentation |
| ICCFD12-6-A-04 |
Flow Past a Bluff Body: High-fidelity Simulation and Intelligent Flow Control |
F. Ren, Z. Zhang, and Y. Zhao |
Northwestern Polytechnical University, China |
Extended Abstract |
| ICCFD12-6-B-01 |
A priori test of a data-driven SGS model considering the multiscale nature of turbulent flows |
B. Jalaali and K. Okabayashi |
Osaka University, Japan |
Presentation |
| ICCFD12-6-B-02 |
Effects of Crossflow Instability on the Development Process of a Turbulent Spot |
K. Nakagawa, S. Okazaki, T. Ishida and T. Tsukahara |
Tokyo University of Science, Japan |
Full Paper |
| ICCFD12-6-B-03 |
Numerical simulation of turbulent boundary layers over an axisymmetric bow with turbulent inflow |
F. Zhu, J.-W. Jiang, C.-X. Xu and W.-X. Huang |
Tsinghua University, China |
Extended Abstract |
| ICCFD12-6-B-04 |
Parametric Study of Distributed Roughness Effects for Transitional Flow |
T. Ogawa and A. Yakeno |
Tohoku University, Japan |
Extended Abstract |
| ICCFD12-6-C-01 |
Online Bayesian Optimization of Polynomial-Multigrid Cycles for Flux Reconstruction |
F.D. Witherden, W. Trojak and S. Mishra |
Texas A&M University, USA |
Presentation |
| ICCFD12-6-C-02 |
Analysis of Dispersion and Dissipation Characteristics of Stabilization Methods for Discontinuous Galerkin Schemes |
G. Liang and H. Xu |
Shanghai Jiao Tong University, China |
Extended Abstract |
| ICCFD12-6-C-03 |
An unstructured high-order compact gas-kinetic scheme in arbitrary Lagrangian-Eulerian formulation |
Y. ZHANG and K. XU |
Hong Kong University of Science and Technology, Hong Kong |
Presentation |
| ICCFD12-6-C-04 |
Locally Divergence-Free Oscillation-Eliminating Discontinuous Galerkin Methods for Ideal MHD Equations |
W. Zeng and Q. Wang |
Beijing Computational Science Research Center, China |
Extended Abstract |
| ICCFD12-6-D-01 |
Xcompact3D Revisited: A Codebase for Heterogeneous Architectures Based on a Distributed-memory Tridiagonal Matrix Algorithm |
S. Akkurt, S. Lemaire, P. Bartholomew, S. Rolfo, C. Flageul, F. Spiga, and S. Laizet |
Imperial College London, UK |
Presentation |
| ICCFD12-6-D-02 |
Ignition Overpressure Analyses of Launch Pads at Different Deflector Angles |
T. Ghorbani Iriolya and S. Eyi |
Middle East Technical University, Turkey |
Full Paper |
| ICCFD12-6-D-03 |
Task-decomposed Overlapped Pressure Preconditioner for Sustained Strong Scalability on Accelerated Pre-exascale Systems |
N. Jansson, M. Karp, S. Pall, S. Markidis and P. Schlatter |
KTH Royal Institute of Technology, Sweden |
Full Paper |
| ICCFD12-7-A-01 |
Kinetic-energy and entropy preserving (KEEP) scheme with logarithmic mean approximations for improved entropy conservation |
S. Kawai and S. Kawai |
Tohoku University, Japan |
Extended Abstract |
| ICCFD12-7-A-02 |
Assessment of Immersed Boundary Method Suitable for Kinetic Energy and Entropy Preserving Scheme |
Y. Ishida, J. Onishi, C.G. Li, S. Kim, Y. Cho and M. Tsubokura |
Numerical Flow Designing CO., LTD.,, Japan |
Extended Abstract |
| ICCFD12-7-A-03 |
Parallel Multigrid for Reynolds Averaged Navier Stokes on Block Structured Cartesian Grids |
A. A. Das, N. Williamson and S.W. Armfield |
University of Sydney, Australia |
Extended Abstract |
| ICCFD12-7-A-04 |
Numerical Simulation of propeller slip-stream influence on the high lift configuration with Actuator Disk Method |
L. YANG, Y. SHENG and Y. YANG |
Northwestern Polytechnical University, China |
Full Paper |
| ICCFD12-7-B-01 |
Ceps-Relambda scaling of inhomogeneous and unsteady turbulence |
R. Araki, W.J.T. Bos and S. Goto |
Tokyo University of Science, Japan |
Presentation |
| ICCFD12-7-B-02 |
Machine Learning Categorization of a Large CFD Data Set of Airfoil Leading-Edge Defects |
A.F.P. Ribeiro and A. Meyer Forsting |
Delft University of Technology, Netherlands |
Full Paper |
| ICCFD12-7-B-03 |
Turbulence Model Uncertainty Estimation via Monte Carlo Perturbation of the Reynolds Stress Tensor |
G. Gori |
Politecnico di Milano, Italy |
Full Paper |
| ICCFD12-7-B-04 |
Comparison and Analysis of ILES and RANS Computation of Subsonic Base Flow over Axisymmetric Body |
J. Park, D. Kim, S. Lee and J.S. Park |
Inha University, Korea |
Full Paper |
| ICCFD12-7-C-01 |
Error Estimation for Adaptive Mesh Refinement in Droplet Simulations |
D. Nathawani and M. Knepley |
University at Buffalo, USA |
Extended Abstract |
| ICCFD12-7-C-02 |
Anisotropically Adapted Quad-dominant Meshes for High-order Discontinuous Galerkin Methods |
D. Kain, G.M. Venugopal, A. Balan, G. May and A. Rangarajan |
Indian Institute of Science, India |
Extended Abstract |
| ICCFD12-7-C-03 |
Application of High-order Discontinuous Galerkin Methods for Aerodynamic Shape Optimization with Adaptive Meshing |
K. Pandya, A. Balan and G. May |
Indian Institute of Science, India |
Extended Abstract |
| ICCFD12-7-D-01 |
A Wall-Distance Method for Turbulence Modeling |
X. Zhang, B. Diskin, A. Walden and E.J. Nielsen |
Analytical Mechanics Associates, USA |
Full Paper |
| ICCFD12-7-D-02 |
10 Years of AIAA Hover Prediction Workshops (HPW): State-of-the-Art and Future Plans |
N. Hariharan |
HPCMP CREATE, USA |
Presentation |
| ICCFD12-7-D-03 |
Evaluate Computational Efficiency of Adaptive Particle Neural Particle Method (NPM-LA) for Modeling Fluid Flow Problems |
P.-H. Pai, H.-C. Kan, and Y.-C. Tai |
National Cheng Kung University, Taiwan |
Full Paper |
| ICCFD12-8-A-01 |
Numerical investigation of the Block Spectral Stresses (BSS) method for turbulence modeling and shock-capturing |
M. Ruggeri, V.C.B. Sousa and C. Scalo |
Purdue University, USA |
Full Paper |
| ICCFD12-8-A-02 |
Application of Hybrid MUSCL-THINC Approach to Magnetohydrodynamic Simulations for Sharply Capturing Discontinuities |
T. Mamashita, G. Fukushima and K. Kitamura |
Yokohama National University, Japan |
Presentation |
| ICCFD12-8-A-03 |
On the Convolutional Immersed Boundary Method for Suppression of Spurious Force Oscillations |
P.-H. Chiu |
IHPC, Agency for Science, Technology and Research, Singapore |
Extended Abstract |
| ICCFD12-8-A-04 |
A Third-order Weighted Compact Least-Squares Scheme for Hyperbolic Conservation Laws on Non-Uniform Grids |
J.Pan and L. Li |
Ningbo University, China |
Presentation |
| ICCFD12-8-B-01 |
Scale-Adaptive Airflow Simulations in a Complete Human Airways up to Transitional Bronchioles |
Q.H. Nguyen, C.-L. Lin and S. Choi |
Kyungpook National University, Korea |
Extended Abstract |
| ICCFD12-8-B-02 |
Large Eddy Simulation in the Indoor Vertical Farming modelling |
A. A. Ashnani, A. Laitinen, V. Vuorinen and O. Kaario |
Aalto University, Finland |
Presentation |
| ICCFD12-8-B-03 |
Roughness induced instability and subcritical bypass transition in the high-speed leading-edge boundary layer |
Y. Xi and S. Fu |
Tsinghua University, China |
Full Paper |
| ICCFD12-8-B-04 |
Validating Quadratic Constitutive Relation using Flow Database at High Reynolds Numbers |
Y. Tamaki, S. Kawai and T. Imamura |
The University of Tokyo, Japan |
Extended Abstract |
| ICCFD12-8-C-01 |
Towards Robust Time-Accurate Anisotropically Adaptive Hybridized Discontinuous Galerkin Method |
T. Levy and G. May |
University of West Bohemia, Czech Republic |
Full Paper |
| ICCFD12-8-C-02 |
Space-Time Computational Analysis of Car and Tire Aerodynamics with T-Splines Discretization |
Z. Xu, R. Kobayashi, T. Kuraishi, K. Takizawa and T. E. Tezduyar |
Waseda University, Japan |
Presentation |
| ICCFD12-8-C-03 |
Near-body Mesh Adaption for Transitional Flows using OVERFLOW |
B. Venkatachari, M. Donello, J. Derlaga, and M. Choudhari |
Analytical Mechanics Associates, Inc., USA |
Full Paper |
| ICCFD12-8-D-01 |
Analysis of Laser-Supported Detonation Wave Expanding to the Outside of a Laser Beam |
Y. Itakura, K. Kato, K. Komurasaki, H. Sekine and H. Koizumi |
The University of Tokyo, Japan |
Full Paper |
| ICCFD12-8-D-02 |
Evaluation of Active Drag in Freestyle Swimming using an Immersed Boundary Surface Method |
A. Haskins, C. McCabe, R. Keating, A. Lennon, A. Murphy and D. Chandar |
Queen's University Belfast, UK |
Full Paper |
| ICCFD12-8-D-03 |
Simulation of High Altitude Rarefied Hypersonic Flow with Large Species Density Variation Based on DSMC Method |
T. Morimoto, V. Charton, E. Yamaoka and K. Kinefuchi |
Nagoya University, Japan |
Full Paper |
| ICCFD12-8-D-04 |
Characteristics of optimal disturbances for hypersonic flows over blunt wedges |
Y. Chen, P. Guo, J. Hao and C. Wen |
The Hong Kong Polytechnic University , Hong Kong |
Presentation |
| ICCFD12-9-A-01 |
A Mass-Conservative Immersed Boundary Method for Compressible Flows |
K. Madabushi and S. Ghosh |
Indian Institute of Technology Madras, India |
Full Paper |
| ICCFD12-9-A-02 |
Obtaining converged flow solutions using quantum annealing algorithm |
Y. Kuya and A. Takahito |
Tohoku University, Japan |
Extended Abstract |
| ICCFD12-9-A-03 |
Implementation and Analysis of a KEEP Scheme for Numerical Simulations of the Navier-Stokes Equations |
A. Heletkanycz and J. Coder |
The Pennsylvania State University, USA |
Full Paper |
| ICCFD12-9-A-04 |
A novel pressure-based solver for subsonic compressible flows |
J. Jansen, S. Glockner, D. Sharma and A. Erriguible |
Institut de mecanique et d'ingenierie de Bordeaux, France |
Presentation |
| ICCFD12-9-B-01 |
Wall-Modelled Large-Eddy Simulation of the Aerospatiale A-airfoil at Near Stall Conditions |
T. Mukha and M. Parsani |
King Abdullah University of Science and Technology, Saudi Arabia |
Presentation |
| ICCFD12-9-B-02 |
Implicit U-Net Enhanced Fourier Neural Operator for Long-Term Dynamics Prediction in Turbulence |
Z. Li, W. Peng, Z. Yuan and J. Wang |
Southern University of Science and Technology, China |
Presentation |
| ICCFD12-9-B-03 |
Robust Data-driven RANS Turbulence Modeling Using Conditioned Field Inversion and Symbolic Regression |
C. Wu and F.Y. Zhang |
Tsinghua University, China |
Extended Abstract |
| ICCFD12-9-B-04 |
High-Fidelity Simulations of Active Flow Control Over An Airfoil With Deep Reinforcement Learning |
K. Tan, K. Asada, T. Tatsukawa and K. Fujii |
Tokyo University of Science, Japan |
Extended Abstract |
| ICCFD12-9-C-01 |
Application of Variational Data Assimilation to High-Speed Outflow Boundary-Value Problems of the Ideal Magnetohydrodynamics Equations |
J.H. Arnal and C.P.T. Groth |
University of Toronto, Canada |
Extended Abstract |
| ICCFD12-9-C-02 |
Fast and Efficient hp-Variational PINNs framework for solving the Incompressible Navier-Stokes equations |
T. Anandh, D. Ghose and S. Ganesan |
Indian Institute of Science, Bangalore, India, India |
Extended Abstract |
| ICCFD12-9-C-03 |
Field Inversion and Symbolic Regression Augmented Spalart-Allmaras Model for Airfoil Stall Prediction |
Z. He and Y. Zhang |
Tsinghua University, China |
Extended Abstract |
| ICCFD12-9-C-04 |
Weight-Sharing Mode Decomposition Model Based on CNN for Unsteady Flows |
Y. Shimoda and N. Fukushima |
Tokai University, Japan |
Full Paper |
| ICCFD12-9-D-01 |
Characteristics of Mixing and Available Potential Energy Density of Cylindrical Gravity Currents |
W.K. Lam, Y. Cao, L. Chan, D. Sutherland, R. Manasseh, K. Moinuddin and A. Ooi |
University of Melbourne, Australia |
Full Paper |
| ICCFD12-9-D-02 |
Solving High Reynolds Number Flows on Cartesian Cut-cell Meshes using a Jacobian-Free Newton-Krylov Method |
A. Kleb, K. J. Fidkowksi and J. R.R.A. Martins |
University of Michigan, USA |
Full Paper |
| ICCFD12-9-D-03 |
Analysis of Exhaust Jet Effect on Unsteady Characteristics of Base Flow for Supersonic Vehicle |
Y. Tian and Z. Gao |
Beihang University, China |
Extended Abstract |
| ICCFD12-9-D-04 |
Baroclinic Shift of Hypersonic Heating Streaks over an Ablating Compression Ramp |
A.O. Baskaya and S. Hickel |
Delft University of Technology, Netherlands |
Full Paper |
| ICCFD12-10-A-01 |
Shock Capturing via Limiting for High-order Methods including Discontinuous Galerkin and Flux Reconstruction |
H. T. Huynh |
NASA Glenn Research Center, USA |
Full Paper |
| ICCFD12-10-A-02 |
Simulating Conjugate Heat Transfer Phenomena with Significant Heat Transfer Using the Immersed Boundary Method on a Massively Parallelized System |
C.G. Li and C.-C. Tseng |
National Cheng Kung University, Taiwan |
Extended Abstract |
| ICCFD12-10-A-03 |
A new subgrid-scale model for large eddy simulations of incompressible turbulent flows within the lattice Boltzmann framework |
H. Zhang and H. Hu |
Northwestern Polytechnical University, China |
Extended Abstract |
| ICCFD12-10-A-04 |
Implicit Preconditioning for Explicit Multigrid Solvers on Cut-Cell Cartesian Meshes |
J. Chiew and M. Aftosmis |
NASA Ames Research Center, United States of America |
Full Paper |
| ICCFD12-10-B-01 |
Evaluation and improvement of turbulence model in supersonic rough-wall turbulent boundary layers |
Y. Wang and Z. Gao |
Beihang university, China |
Extended Abstract |
| ICCFD12-10-B-02 |
Mode Analysis Using DNS Data of Oscillating Grid Turbulence Subjected to System Rotation |
R. Sumi, T. Yamada and Y. Morinishi |
Nagoya Institute of Technology, Japan |
Full Paper |
| ICCFD12-10-B-03 |
Comparison of wall-modeled and wall-resolved LES simulation of the high-lift Common Research Model |
Z.J. Wang and A. Hantla |
University of Kansas , USA |
Presentation |
| ICCFD12-10-B-04 |
Numerical Simulation of Base Jet in Supersonic Flow with Gas-Kinetic Method |
T. Liu, Q. Li, J. Wu and Y. Zhao |
Tsinghua University, China |
Full Paper |
| ICCFD12-10-C-01 |
Data-driven trajectory optimization of self-propelled undulatory swimming |
K. Maroun, M. Bergmann and P. Traore |
Universite de Poitiers, France |
Presentation |
| ICCFD12-10-C-02 |
Application of Graph Neural Networks to Accelerate Airflow and Pressure Prediction on 1D Human Airways |
T.M. Tran, Q. H. Nguyen, P.C.H. Nguyen, S.S. Baek, C.-L. Lin and S. Choi |
Kyungpook National University, Korea |
Extended Abstract |
| ICCFD12-10-C-03 |
Improving RANS turbulence models using random forests and neural networks |
P.S. Volpiani |
ONERA, France |
Extended Abstract |
| ICCFD12-10-C-04 |
Coupling Machine Learning local predictions with a Computational Fluid Dynamics solver to accelerate transient buoyant plume simulations |
C. Caron, P. Lauret and A. Bastide |
University of Reunion, France |
Full Paper |
| ICCFD12-10-D-01 |
A Space-Marching Immersed-Boundary Method for Near-Field Sonic Boom Simulation |
R. Yamashita |
The University of Tokyo, Japan |
Full Paper |
| ICCFD12-10-D-02 |
Simulation-Based Blood Flow Analysis using a Machine-Learning Vascular Model . |
S.H. Jeong, L. Kim, and K.E. Lee |
Inha University, Korea |
Extended Abstract |
| ICCFD12-10-D-03 |
Numerical Simulation of Flying Car with Fluid-Body Interaction using Hierarchical Cartesian Mesh |
A. Takii, R. Bale, C.G. Li, M. Yamakawa and M. Tsubokura |
RIKEN Center for Computational Science, Japan |
Extended Abstract |
| ICCFD12-10-D-04 |
Effect of Chemical Reaction on the Flight Stability of the Hypersonic Vehicle at High Altitude |
K. Yune, S. Chang, S. Seo and C. Kim |
Seoul National University, Korea |
Presentation |
| ICCFD12-11-A-01 |
A small cell correction technique for multilevel Cartesian mesh methods |
M. Meinke, T. Wegmann and W. Schroder |
RWTH Aachen University, Germany |
Presentation |
| ICCFD12-11-A-02 |
Immersed Boundary Wall-Modeled LES for Low- and High-Speed Flow Problems |
C. Brehm, W. van Noordt, J. McQuaid, S. Ganju, and J. Larrson |
University of Maryland, USA |
Presentation |
| ICCFD12-11-A-03 |
Direct Poisson Solver Combining Domain Decomposition and Influence Matrix Methods and its application to DNS of Oscillating Grid Turbulence |
T. Yamada, Y. Ohno and Y. Morinishi |
Nagoya Institute of Technology, Japan |
Full Paper |
| ICCFD12-11-A-04 |
Exploring Interface Conservation for Discontinuous Galerkin Methods in Computational Fluid Dynamics |
H. Luo, G. Absillis and X. Liu |
North Carolina State University, USA |
Full Paper |
| ICCFD12-11-B-01 |
DNS of hypersonic shockwave/turbulent boundary layer interactions: Wall temperature effects |
X. Li and J. Zhang |
Chinese Academy of Sciences, China |
Extended Abstract |
| ICCFD12-11-B-02 |
Hybrid RANS-LES Method for Simulating an Installed Rotor in Hover and Descent Flight |
C. Sheng and Q. Zhao |
The University of Toledo, USA |
Full Paper |
| ICCFD12-11-B-03 |
Computational Modelling of Heat Convection using High Prandtl Number Fluids |
H. He, N. Li, H. Iacovides and T.J. Craft |
The University of Manchester, UK |
Full Paper |
| ICCFD12-11-B-04 |
Investigation of Filter Stability and Consistency for High-Resolution Turbulent Flow Simulations on Finite-Domains |
J.G. Coder |
Penn State University, USA |
Full Paper |
| ICCFD12-11-C-01 |
Representation of Small-Scale Spatiotemporal Nonlinear Dynamics by Low-dimensional Manifold |
P. Lai, J. Wang, R. Wang, D. Yang and H. Xu |
Shanghai Jiao Tong University, China |
Extended Abstract |
| ICCFD12-11-C-02 |
Data-driven thermal control of secondary flow in a marginally turbulent square-duct flow and relevance to the invariant solutions |
A. Sekimoto and T. Mitani |
Okayama University, Japan |
Presentation |
| ICCFD12-11-C-03 |
Resolving weak flow interaction on an array of cylinders with PINN |
A. Satyadharma, M.J. Chern, H.C. Kan and W.Y. Chiang |
National Taiwan University of Science and Technology, Taiwan |
Full Paper |
| ICCFD12-11-C-04 |
PDE-free Models for Transitional Flows: a Universal Substituted Machine Learning Framework |
L. Wu and Z.L. Xiao |
Peking University, China |
Extended Abstract |
| ICCFD12-11-D-01 |
Simulations of an Unsteady Three-dimensional Hypersonic Double-cone Flow at Mach 10.4 |
C. Li and J. Hao |
The Hong Kong Polytechnic University, Hong Kong |
Extended Abstract |
| ICCFD12-11-D-02 |
Novel implicit finite volume frameworks for hypersonic steady flow problems. |
B. Cossart, R. Loubere and JP. Braeunig |
CEA-CESTA, France |
Presentation |
| ICCFD12-11-D-04 |
Assessment of a Consistent Multi-temperature Kinetic Model for Hypersonic Neutral Air Flows using a High-order-accurate Finite Volume Solver |
G. Pascazio, D. Ninni, G. Colonna and F. Bonelli |
Politecnico di Bari, Italy |
Full Paper |
| ICCFD12-13-A-01 |
Importance of considering repeated use of a combination of explicit filters |
Y. Wakamatsu |
Japan Coast Guard Academy, Japan |
Extended Abstract |
| ICCFD12-13-A-02 |
A hybrid nodal solver with rotation property for the cell-centered Lagrangian scheme |
C. Xu, Z. Shen and Q. Zeng |
Institute of Applied Physics and Computational Mathematics, China |
Presentation |
| ICCFD12-13-A-03 |
A positivity-preserving high-order compact finite volume method for transport eikonal equation |
Q. Huang |
CAEP Software Center for High Performance Numerical Simulation, China |
Extended Abstract |
| ICCFD12-13-A-04 |
A scale-invariant third-order WENO scheme with optimal accuracy |
P. Jin, A.R. Ahmed, and X. Deng |
Institute of Applied Physics and Computational Mathematics, China |
Extended Abstract |
| ICCFD12-13-B-01 |
Computational Modelling of Heat Convection using Liquid Metals |
N. Li, H. He, H. Iacovides and T. Craft |
The University of Manchester, UK |
Full Paper |
| ICCFD12-13-B-03 |
Grey area mitigation in Equivalent-DES using commutation error estimators |
C. Friess, A. Monot and J. Wackers |
Aix-Marseille Universite, France |
Full Paper |
| ICCFD12-13-B-04 |
Empirical Two-Layer Model for Predicting Near-Wall Diffusive Flux at High Schmidt or Prandtl Numbers |
K. W. Wong, I. Mickus, D. Grishchenko and P. Kudinov |
KTH Royal Institute of Technology, Sweden |
Full Paper |
| ICCFD12-13-C-01 |
Flow Predictions behind NACA 2412 Aerofoil Using Physics-Informed Machine Learning |
P. Kumar and R. Ranjan |
Indian Institute of Technology, Kanpur, India |
Full Paper |
| ICCFD12-13-C-02 |
Turbulence Modeling with Field Inversion for a Slender Body at a Non-Zero Angle of Attack |
Y. Yun, S. Heo, J. Eom and S. Jee |
Gwangju Institute of Science and Technology, Korea |
Full Paper |
| ICCFD12-13-C-03 |
A low-dissipation reconstruction scheme for compressible single- and multi-phase flows based on artificial neural network |
M. Huang, L. Cheng and W. Ying |
Shanghai Jiao Tong University, China |
Presentation |
| ICCFD12-13-C-04 |
Out-of-distribution prediction in RANS turbulence modelling |
R.P. Dwight, M. Lacatus, and T. Buchanan |
TU Delft, Netherlands |
Extended Abstract |
| ICCFD12-13-D-01 |
Shock-fitting and shock-capturing simulations of transonic flows in a channel with a half lenticular profile |
A. Bonfiglioli, R. Paciorri and A. Assonitis |
Universita degli studi della Basilicata , Italy |
Extended Abstract |
| ICCFD12-13-D-02 |
Numerical Investigation of Disturbance Growth on a Blunt Body in High Enthalpy Hypersonic Flow |
S. Yatsuyanagi and H. Tanno |
JAXA, Japan |
Presentation |
| ICCFD12-13-D-03 |
Determining the spatial resolution in direct numerical simulations of compressible turbulence by using Burgers equation |
C. Luo, L. Fang and J. Hong |
Beihang University, China |
Presentation |
| ICCFD12-13-D-04 |
Exploration of the Influence of Various Backpressure Mechanisms to Inlet Unstart |
C.J. Rising and J. Sosa |
U.S. Naval Research Laboratory, USA |
Full Paper |
| ICCFD12-PO-01 |
Wall-Modeled Large Eddy Simulation on Heat Transfer in a Nasal Cavity to 14-Generation Respiratory Tract |
X. Huang and H. Cui |
University of Technology Sydney, Australia |
Full Paper |
| ICCFD12-PO-02 |
Physics-informed neural networks for fluid-induced excitation |
J. lee |
Gachon University, Korea |
Extended Abstract |
| ICCFD12-PO-03 |
Structure and dynamics of amphiphilic patchy cubes in slit-like confinement |
T. Ikeda, Y. Kobayashi and M. Yamakawa |
Kyoto Institute of Technology, Japan |
Extended Abstract |
| ICCFD12-PO-04 |
Air-water transport processes of heat and momentum during wind-wave dynamical interactions |
J. Zhang, Y. Dong and L. Shen |
Shanghai University, China |
Full Paper |
| ICCFD12-PO-05 |
Deep-learning-based reduced-order modeling to assess urban wind environment |
M. Yang, J. Kim and J.-I. Choi |
Yonsei University, Korea |
Extended Abstract |
| ICCFD12-PO-06 |
Numerical Analysis of the Use of Plasma Actuators to Control Pitching and Heaving Motion of an Airfoil |
D.A. Dolla, Y.-C. Chung, Y.-C. Wang and C.-C. Wang |
National Taipei University of Technology, Taiwan |
Presentation |
| ICCFD12-PO-07 |
Fast Prediction of Indoor Heat Transfer Based on Convolutional Autoencoder with ResNet |
S. Wang and P. Geyer |
Leibniz Universitat Hannover, Germany |
Full Paper |
| ICCFD12-PO-08 |
Numerical Analysis of Steady Flows in a porous and permeable scaffold. |
L. KIM, S.H. JEONG and K.E. LEE |
Inha University, Korea |
Extended Abstract |
| ICCFD12-PO-09 |
Ultrasound Imaging Using Machine Learning |
Z. Wang, S. Takagi and Y. Watanabe |
The University of Tokyo, Japan |
Presentation |
| ICCFD12-PO-10 |
Comparison of the high-order Runge-Kutta discontinuous Galerkin method and gas-kinetic scheme for inviscid compressible flow simulations |
Y.X. Wang, X. Ji and G. Chen |
Xi’an Jiaotong University, China |
Extended Abstract |
| ICCFD12-PO-11 |
Numerical Simulation of Gas-Liquid Two-Phase Flow with Phase Change for Engineering Applications |
K. Hirai, Y. Kawamoto, S. Nara, S. Takahashi, A. Kawachi, S. Okazaki and H. Fuke |
Tokai university, Japan |
Presentation |
| ICCFD12-PO-12 |
Fluid-Structure Interaction and Dynamic Mode Decomposition Analysis of a Nonslender Cropped Delta Wing in Transonic Regime |
S.C.F. Langa and Y. Takahashi |
Hokkaido University, Japan |
Full Paper |