TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 1 | |
| 1D finite volume | |
| 4 | |
| 4i mode | |
| A | |
| Ablation | |
| Ablative thermal protection | |
| Acceleration | |
| Acceleration Framework | |
| Active Flow Control | |
| Active matter | |
| Active Subspaces | |
| Adaptive Cartesian Grid | |
| Adaptive Mesh Refinement | |
| Adjoint Method | |
| Adjoint Mode | |
| Adjoint-based Optimization | |
| Advanced Muti-disciplinary Applications | |
| Aeroacoustics | |
| Aerodynamic Performance | |
| Aerodynamics | |
| Aeroelasticity | |
| Aerothermodynamics | |
| Aircraft Design | |
| Aircraft Icing | |
| Airfoil Flow field prediction | |
| Airfoil icing | |
| Air–Droplet Flow | |
| ALE-formulation | |
| Algebraic Stress Model | |
| Algorithmic Differentiation | |
| Aluminum particle combustion | |
| Ammonia flames | |
| AMReX | |
| Angles of Attack | |
| Anisotropic Mesh Adaptation | |
| APFSDS | |
| Approximate deconvolution discretization | |
| Aqueous humor dynamics | |
| Arbitrary Lagrange-Euler | |
| Arbitrary Lagrangian Eulerian (ALE) Formulation | |
| Artificial Compressibility Method | |
| Artificial Intelligence for Computational Fluid Dynamics | |
| Artificial Neural Network | |
| Artificial Viscosity | |
| Attention Mechanisms | |
| B | |
| Backward-Facing Step | |
| Balanced-force algorithm | |
| Bayesian optimization | |
| bluff body flow | |
| Body Force Modeling | |
| Body Force Propeller Method | |
| Boiling | |
| Boundary conditions | |
| boundary layer | |
| Boundary Layer Instability | |
| Boundary layer transition | |
| boundary particle distribution | |
| Boundary-layer transition | |
| Break-up/Coalescence | |
| Breaking Wave | |
| Bubble Dynamics | |
| Bulk Viscosity–tuned ACM | |
| Bump | |
| C | |
| Cantera | |
| Carbuncle | |
| Cartesian | |
| Cartesian Cut-Cell | |
| Cartesian Meshes | |
| Cavitation | |
| Cavitation bubble dynamics | |
| Cavity | |
| Cavity Noise | |
| Cell Encapsulation | |
| CFD | |
| Chemical Reaction | |
| Circular Cylinder | |
| CLETLM | |
| Co-located grid | |
| Collocation | |
| Collocation-based ROM (cROM) | |
| combined mode analysis | |
| Combustion | |
| Compact Scheme | |
| Complex Geometry | |
| Compressibility effects | |
| Compressible Flow | |
| Compressible flows | |
| Compressible fows | |
| Compressible Multiphase Flow | |
| Compressible multiphase flows | |
| Compressible Round Jets | |
| Compressible Turbulence | |
| Compressible two-phase flow | |
| Compressible two-phase flows | |
| Computational aerodynamics | |
| Computational Fluid Dynamics | |
| Computational modelling of incompressible thermofluid flow | |
| Computer Vision | |
| Condensation | |
| Conjugate Heat Transfer | |
| Conservative Galerkin projection | |
| Continuous Explicit Runge–Kutta | |
| Continuous Galerkin | |
| Continuous Galerkin Spectral Element Method | |
| Convection schemes | |
| convection-diffusion equation | |
| convective instability | |
| Convergence | |
| Converging Spherical Shock Waves | |
| Cooling system | |
| Coupling Method | |
| cryogenics | |
| CUDA C | |
| CUDA Fortran | |
| Cut cells | |
| D | |
| Data Assimilation | |
| Data-driven | |
| Data-driven Optimization | |
| Deep Learning | |
| Deep Neural Network | |
| Deep Reinforcement Learning | |
| Detached Eddy Simulation | |
| Detailed Reaction Mechanism | |
| Detonation | |
| DGSEM | |
| Diffusion Model | |
| diffusion models | |
| Digital Engineering | |
| Direct Noise Computation | |
| Direct Numerical Simulation | |
| Discontinuity Feedback Factor | |
| Discontinuous Galerkin | |
| Discontinuous Galerkin method | |
| discontinuous Galerkin methods | |
| Discontinuous-Galerkin | |
| Discrete Element Method | |
| DNS | |
| Domain Decomposition | |
| Drag Reduction | |
| droplet evaporation | |
| Dual Time Steps | |
| Dual-Mesh | |
| Duct flow | |
| Dynamic Adaptive Chemistry | |
| Dynamic Load Balancing | |
| Dynamic Smagorinsky | |
| E | |
| Edge-Based Numerical Schemes | |
| Eikonal eqaution | |
| Elliptic partial differential equations | |
| Energy partitioning | |
| Ensemble Kalman Inversion | |
| Enthalpy Method | |
| Entropy conservation | |
| Entropy Stability | |
| Entropy-stable schemes | |
| Error estimation | |
| Euler equations | |
| Euler Lagrange | |
| Eulerian dispersed phase | |
| Eulerian-lagrangian approach | |
| Experimental Validation | |
| Explosive dispersion | |
| extrusion | |
| F | |
| Fan-shaped hole | |
| Feature Engineering | |
| fictitious structural problem | |
| Film Cooling | |
| Filtering Modeling and Discretization | |
| Finite Volume | |
| Finite volume method | |
| finite volume methods | |
| Finite-Volume Method | |
| Fishing Vessels | |
| fixed structured grid | |
| Flight Dynamics | |
| Flow Control | |
| Flow Focusing | |
| flow instability | |
| Fluid-Particle Interactions | |
| fluid-solid interaction | |
| Fluid-Structure Interaction | |
| Flux Reconstruction | |
| Free surface flow | |
| Free-surface Flow | |
| Freestream turbulence | |
| Front-tracking | |
| FSI | |
| Fully Implicit | |
| Function enrichment | |
| FW-H | |
| G | |
| Gas Kinetic Scheme | |
| Gas-Kinetic Scheme | |
| gaskinetic theory | |
| Generalization | |
| Generalized ENO | |
| Geometric Conservation Law | |
| Geometric Constraints | |
| Geometric Query | |
| Ghost-Fluid Method | |
| Global Instability | |
| Global stability analysis | |
| GPU | |
| GPU Computation | |
| GPU Computing | |
| GPU solver | |
| GPU-accelerated | |
| GPU-Acceleration | |
| GPUs | |
| Gradient boosting | |
| Gradient Jump Penalty | |
| Graph Neural Networks | |
| grid motion | |
| Grid-resolution effects | |
| H | |
| Hanging Nodal Solver | |
| Hanging-Node Resolution | |
| Hardware portability | |
| Heat transfer enhancement | |
| Heat transport | |
| Helicopter Fuselage | |
| high lift aerodynamic | |
| High Performance Computing | |
| high-fidelity simulations | |
| High-order | |
| High-order Gas-kinetic Scheme | |
| High-order Method | |
| High-order methods | |
| High-order scheme | |
| High-order schemes | |
| High-Performance Computing | |
| High-resolution | |
| Homogeneous Isotropic Turbulence | |
| Homogeneous mixture model | |
| HPC | |
| Hybrid | |
| Hybrid Lagrangian-Eulerian | |
| Hybrid meshes | |
| Hybrid RANS-LES | |
| Hybridized discontinuous Galerkin | |
| Hydrodynamics | |
| Hydrogen flames | |
| Hyperbolic conservation laws | |
| hyperbolic equations with relaxation | |
| Hyperbolic regularization | |
| hyperbolic systems | |
| Hypersonic Boundary Layer Transition | |
| Hypersonic flat plate | |
| Hypersonic Flow | |
| Hypersonic flows | |
| Hypersonic Non-equilibrium | |
| hypersonic propulsion | |
| Hypersonics | |
| I | |
| IB method | |
| Ice Accretion | |
| Ice Accretion Modeling | |
| Ice shape prediction | |
| ILES | |
| Image-to-Image Translation | |
| Immersed Boundary | |
| Immersed Boundary Method | |
| Immersed boundary methods | |
| Implicit large-eddy simulation | |
| Implicit solvers | |
| implicit surfaces | |
| Implicit Time Integration | |
| IMplicit–EXplicit (IMEX) schemes | |
| Inclusion capture | |
| incompressible flow | |
| Incompressible multiphase flow | |
| Initiated chemical vapour deposition (iCVD) | |
| Installation effects | |
| Interface-tracking | |
| Interfacial area transport (IATE) | |
| Internalized radionuclide transport | |
| Interpenetrating Media Model | |
| J | |
| Jet-in-Crossflow | |
| K | |
| K mode | |
| k-d tree | |
| KAN | |
| Kinetic Theory of Granular Flows | |
| Kolmogorov flow | |
| Koopman Operator | |
| Kutta condition | |
| L | |
| Lagrangian methods | |
| Lagrangian Particle Tracking | |
| Laminar separation bubbles | |
| Laminar-to-turbulent transition | |
| Laplacian regularization | |
| Large Eddy Simulation | |
| Large Eddy Simulations | |
| Large Expansion Ratio Nozzle | |
| Large-Eddy Simulation | |
| Large-scale computing | |
| Latent-Space Operator | |
| Lattice Boltzmann Method | |
| Lattice Boltzmann Method Anisotropic | |
| Lattice Boltzmann Methods | |
| LBM | |
| Legion | |
| Length-scale | |
| LES | |
| Level set method | |
| level-set methods | |
| levelset method | |
| Local Forces | |
| Local Instability | |
| Localized Turbulence | |
| Log-law | |
| long short-term memory | |
| Low Mach Number | |
| low Mach number flows | |
| Low Reynolds Number | |
| Low-frequency oscillation | |
| Low-Mach number preconditioning | |
| Low-storage Reconstruction | |
| LU-SGS | |
| Lunar Dust Transport | |
| M | |
| Mach Effect | |
| Machine Learning | |
| Machine-learning | |
| Magnetohydrodynamics | |
| Marangoni flow | |
| Marine ecosystem impact | |
| Mass transfer | |
| Meandering Flow | |
| Mesh Adaptation | |
| Mesh adaptation criteria | |
| Mesh Deformation | |
| Mesh Optimization | |
| Meshfree LSKUM | |
| Metric field | |
| model reduction | |
| Modelling of geometric details | |
| moment closures | |
| Moving grids | |
| Mucociliary Clearance | |
| Multi-GPU Acceleration | |
| Multi-GPUs | |
| Multi-moment reconstruction | |
| Multi-objective | |
| Multi-platform solver | |
| Multi-resolution method | |
| multi-step methods | |
| Multicomponent | |
| Multidimensional Euler equations | |
| Multidisciplinary Design Optimization | |
| Multigrid | |
| Multiphase | |
| Multiphase Flow | |
| Multiphase flows | |
| Multiphysics reactor modelling | |
| Multiscale Parameterisation | |
| multispecies | |
| Muzzle flow field | |
| N | |
| NACA 0012 | |
| NACA airfoil | |
| Navier-Stokes equations | |
| near-field waves | |
| Neural operators | |
| Non-Conservative Effects | |
| Non-dissipative scheme | |
| Non-equilibrium | |
| Non-isothermal phase change | |
| non-Newtonian flow | |
| non-Newtonian fluids | |
| Non-orthogonal mesh | |
| non-oscillatory methods | |
| non-spherical particles | |
| nonlinear approximation | |
| nonlinear hyperbolic problem | |
| nonlinear Newton method | |
| Nonlinear parametric PDEs | |
| Numerical Algorithms | |
| Numerical Errors | |
| Numerical methods | |
| Numerical scheme | |
| Numerical Simulation | |
| O | |
| Occupational exposure to ionizing radiation | |
| Octree Grids | |
| ODE wall model | |
| Offshore wind turbines | |
| Online Learning | |
| OpenFOAM | |
| Out-of-Distribution Generalization | |
| Overset | |
| P | |
| p-Δt adaptation algorithms | |
| Parabolic Conservation Laws | |
| Parachute | |
| Parallel algorithms | |
| Parallel Grid Generation | |
| Parameter Optimization | |
| parametric reduced order modeling | |
| Particle Deposition | |
| Particle Detachment | |
| Particle Resolved Direct Numerical Simulations | |
| Particle-laden Flows | |
| Particulates | |
| Passive Stabilizer Fins | |
| PDEs on manifolds | |
| Performance analysis | |
| Phase Change Material | |
| Phase-change | |
| Phononic Metamaterials | |
| Physical Modelling | |
| Physics Informed | |
| Physics-informed Neural Networks | |
| Plume Surface Interaction | |
| Poisson-Free Incompressible Flow Solver | |
| Polyhedral unstructured grids | |
| porous media | |
| Porous Media Solid-Solid | |
| Positivity Preservation | |
| Pressure wave propagation | |
| Pressure-equilibrium Preserving | |
| Pressure-Equilibrium-Preserving schemes | |
| Pressureless gas dynamics | |
| Propeller Open-water Characteristics | |
| Proper Orthogonal Decomposition | |
| Proportional-Integral-Derivative (PID) Controller | |
| Propulsion/Airframe Integration | |
| Pyrolysis | |
| Q | |
| Quantum inspired evolutionary optimization | |
| Quantum Monte Carlo | |
| R | |
| r-adaptation | |
| Rankine-Hugoniot Conditions | |
| RANS | |
| RANS Models | |
| RANS Uncertainty | |
| Reactive Compressible Flow | |
| reactive transport | |
| Real Fluids | |
| Receptivity | |
| Receptivity Modeling | |
| Recurrence CFD | |
| Reduced Order Methods | |
| Reduced Order Model | |
| Reduced Order Modeling | |
| Reduced-Order Model | |
| Reduced-Order Modeling (ROM) | |
| Reduced-Order Models | |
| Regenerative Cooling | |
| Regent | |
| Reinforcement learning | |
| Remeshing | |
| Resistance and Powering | |
| Resistance and Propulsion (R&P) | |
| resolved interfaces | |
| Reynolds-averaged Navier–Stokes | |
| Riemann solver | |
| Rotating Detonation | |
| Rotating turbulence | |
| Rotational Flow | |
| Rotor Icing | |
| rotor-stator cavity | |
| S | |
| S-ALE Method | |
| Saturated ClayImmersed Boundary Method | |
| Scalar-structure-preserving | |
| Scale resolving simulations | |
| Scale-Resolving Simulation | |
| Scientific Machine Learning | |
| Sensitivity Analysis | |
| Separated Flows | |
| Shape Optimisation | |
| Shape optimization | |
| Sharp-interface | |
| Shock Capturing | |
| Shock Fitting | |
| Shock Wave | |
| Shock Wave Boundary Layer Interaction | |
| Shock Wave Dynamics | |
| Shock Wave Oscillation | |
| Shock waves | |
| Shock-capturing | |
| Shock-capturing Method | |
| Shock-induced heterogeneous combustion | |
| Shock-Wave/Boundary-Layer Interaction | |
| Sideslip Angles | |
| SIMD | |
| Singular Perturbation | |
| slip closure | |
| Slug capturing | |
| Small UAV | |
| Smoothed particle hydrodynamics | |
| Soft matter | |
| solid deuterium | |
| Solid-Liquid Phase Change | |
| Solver Convergence | |
| Sonic Boom Noise Minimization | |
| Space-time | |
| Spectral Elements | |
| spectral methods | |
| SPH-DEM | |
| Split-form discretization | |
| Split-fuxes | |
| Stability analysis | |
| Stability Condition | |
| Stable | |
| Statistical Solutions | |
| Structure-preserving | |
| Subelements | |
| Subgrid-scale model | |
| Subgrid-scale Modeling | |
| submarine landslides | |
| Submerged Entry Nozzle | |
| Summation-by-parts | |
| Super-Resolution | |
| Super-Time Stepping | |
| Supercritical fuel | |
| Supercritical-Pressure Heat Transfer | |
| Supermesh construction | |
| Supersonic | |
| Supersonic Aircraft Design | |
| supersonic mixing layer | |
| Surface polymerization kinetics | |
| Surrogate Modeling | |
| Symmetric hyperbolic systems | |
| T | |
| Taylor-Couette flow | |
| Taylor-Green vortex | |
| Thermal Phase Change | |
| Thermal Protection | |
| Thermally Perfect gas model | |
| thermo-viscoplastic flow | |
| Three-dimensional solution transfer | |
| Three-dimensional turbulent boundary layer | |
| Three-phase | |
| Time Accurate Local Time Stepping | |
| Time stepping | |
| Time-implicit scheme | |
| time-series prediction | |
| Time-step adaptation | |
| Topology Optimization | |
| Torque response | |
| trailing edge noise | |
| Train Aerodynamics | |
| Transformer | |
| transition model | |
| Transition Modeling | |
| Transonic Buffet | |
| Transonic Flow | |
| tsunami generation | |
| turbomachinery | |
| Turbulence | |
| Turbulence Modeling | |
| Turbulence Models | |
| turbulence modulation | |
| Turbulence Simulation | |
| Turbulence Simulations | |
| turbulent energy spectra | |
| Turbulent Flow | |
| Turbulent flows | |
| turbulent length scale | |
| Turbulent Mixing | |
| Turbulent Transition | |
| Two Stage To Orbit | |
| Two-fields approach | |
| Two-phase flow | |
| Two-phase flows | |
| Two-stage fourth-order temporal discretization | |
| Two-Temperature Model | |
| U | |
| Uncertainty Quantification | |
| Underwater launch | |
| Underwater Near-bottom Explosion | |
| Underwater noise propagation | |
| unfitted method | |
| Unified Solution | |
| Unshrouded Single Fan | |
| Unsteady Euler Equations | |
| Unstructured grid | |
| Unstructured Grids | |
| Unstructured mesh | |
| Unstructured Mesh Adaptation | |
| V | |
| Variational quantum linear solver | |
| Velocity reconstruction scheme | |
| Verification | |
| Viscoelasticity | |
| Viscous Flow | |
| viscous scheme | |
| Viscous Terms | |
| Volume-of-Fluid | |
| Voronoi mesh | |
| Vortex Street | |
| W | |
| Wall distance | |
| wall function | |
| Wall modeling | |
| wall turbulence | |
| Wall-function | |
| Wall-Modeled Large-Eddy Simulations | |
| Wall-Modeled LES | |
| Water Entry | |
| Waverider | |
| Wide Operating Conditions | |
| Wind Tunnel | |
| Wind tunnel Test | |
| Z | |
| Zoned Pressure Control | |