Fifteenth International Conference on Numerical Methods in Fluid Dynamics

Numerical simulation and analysis of the transition to turbulence.- Multidisciplinary design optimization of advanced aircraft configurations.- Turbulence modeling - Progress and future outlook.- A general class of difference approximation for scalar conservation laws converging to the entropy solution and including high resolution ones.- Multidisciplinary control design for a two-dimensional airfoil with jets.- Characteristic-based numerical algorithms for stiff hyperbolic relaxation systems.- Stokes preconditioning for the inverse power method.- An efficient four-factored time integration scheme for three-dimensional compressible flow problems.- Optimum shape design using automatic differentiation in reverse mode.- Further progress in numerical flux scheme.- Compressible mixing layer computations with high-order ENO schemes.- An element-based three-dimensional CFD code independent of grid structures.- Artificial viscosity and the cell vertex method.- Inverse optimization method for blunt-trailing-edge airfoils.- Computing non-equilibrium turbulent flows with time-dependent rans and vles.- A new type of upwind schemes.- Interpretation of pressure-based methods as time-marching schemes.- A fast flux-splitting for all speed flow.- A positivity-preserving pressure-correction method.- Multidimensional upwinding and implicit newton acceleration for the 3D euler equations on tetrahedral meshes.- Computational aeroacoustics via a new global conservation scheme.- High-resolution, high-order, finite-difference algorithms for computational aeroacoustics.- Multigrid solution of the euler equations with local preconditioning.- An Euler solver based on the method of space-time conservation element and solution element.- A least squares spectral element method for incompressible flow simulations.- A fully coupled solver for two- and three-dimensional incompressible and free surface flows in viscous fluid.- Simulation of piston engine flows in realistic geometries.- Conception of a zonal method for the computation of viscous separated flows.- On pressure compatibility condition in numerical simulation of incompressible viscous flows using primitive variable formulation.- On some unification themes in computational fluid dynamics.- A dramatic improvement of an implicit Lax-Wendroff scheme for steady compressible viscous flow calculations.- Fully Automatic Navier-Stokes algorithm for 2D high-lift flows.- Computation of complex flows with SLIP scheme and half equation model of turbulence.- Efficient matrix decomposition for implicit algorithms.- Multigrid methods with line and block smoothers for compressible Navier-Stokes equations.- Towards higher-order accuracy on arbitrary grids.- A genuinely second-order accurate method for viscous flow computations with complex geometry.- A directionally adaptive finite element method for hypersonic thermo-chemical nonequilibrium flows.- Expediting time-marching supersonic flutter prediction through a combination of CFD and aerodynamic modeling techniques.- A finite element eulerian approach to the inflight icing problem.- Progress in integrated fluid/structure/controls computations using high fidelity equations.- Pulsatile flow through the carotid bifurcation.- Solving steady mixed conservation laws by elliptic/hyperbolic decomposition.- Numerical tools for unsteady viscous flow control.- Aeroelasticity analysis of aircraft wings in flutter-onset or post-flutter regime.- A fast inverse design method based on direct surface transpiration concept.- Optimisation of airfoils using parallel genetic algorithms.- Fast design of transonic airfoils using the euler equations.- Matrix fluctuation splitting schemes for accurate solutions to transonic flows.- Simulations of unsteady shock wave reflections using adaptive unstructured grids.- Assessing grid quality of structured meshes by truncation error analysis.- Directional mesh refinement for Navier-Stokes equations.- Towards automatic grid independent viscous solutions with an adaptive Cartesian/Quad grid flow solver.- Numerical investigation on wake shedding in a turbine rotor blade.- Numerical solution of several 2D and 3D internal flow problems.- Numerical analysis of the unsteady flow fields in a multistage turbine.- On new approaches and algorithms of grid construction for the problems of mathematical physics.- Large Eddy simulation with dynamic subgrid stress model of a rectangular impinging jet.- A comparative study of multilevel schemes in homogeneous turbulence.- Numerical study of the transition from regular to mach reflection in steady supersonic flows.- Discontinuous galerkin and MUSCL strategies for an adaptive mesh refinement method.- Numerical simulation of a boundary-layer flow interacting with a passive compliant boundary.- Direct numerical simulation of flow around sphere.- Simulations of spatially developing plane shear layers and jets.- Large eddy simulation of unsteady, compressible, separated flow around NACA 0012 airfoil.- Three-dimensional computations of time-dependent incompressible flows with an implicit multigrid-driven algorithm on parallel computers.- Massively parallel implementation of an explicit CFD algorithm on unstructured grids.- Investigation of 3D shock focusing effects with a TVD-upwind scheme for the navier stokes equation.- A parallel navier-stokes code for large industrial flow simulations.- The generalized alternating direction multi-zone implicit method.- Parallel computing in computational aerosciences addressing quick-turnaround requirements.- Application of extrapolation method to incompressible N-S equations on massively parallel computer.- Large-scale Navier-Stokes simulation of fixed wing aircraft and rotorcraft on Massively Parallel computers.- Entropy consistent formulation and numerical simulation of the BGK-Burnett equations Using a kinetic wave/particle flux splitting algorithm.- The application of domain decomposition in a three-dimensional panel method for nonlinear water waves.- Physical aspects of discretization subdomain and schemes of convective diffusion equation and their application to flow numerical calculation.- Schemes and constraints for advection.- Computing surface tension by a hybrid VOF and LS algorithm.- Adaptive projection-grid methods and their application.- A computational approach for modeling solar-wind physics.- Method of weakest descent for automatic block merging.- Three-dimensional simulations of marangoni-benard convection in small containers by the least-squares finite element method.- Calculation of vortex shedding from bluff bodies with the Reynolds-stress model.- On the use of turbulence models for the simulation of incompressible viscous flow past airfoils at high-lift static and dynamic incidence.- Stabilization procedures for near-wall full reynolds stress closures in complex 3-D CFD simulations.- Computation of unsteady euler flows with moving boundaries and fluid-structure interactions.- Lagrangian study of chaotic irrotational 2D unsteady flows.- Finite element solution of unsteady viscous flows past multiple airfoils.- Numerical simulations of shock-entropy spot interactions.- Computation of unsteady separated flows over airfoils using a finite element method.- Flow in a curved pipe with moving boundaries.- Shock-vortex capturing method for strongly unsteady flow problems.- Irregular meshes and the propagation of solution errors.- Design optimisation for complex geometries.- Construction of CAD-based unstructured mesh models for 3D Navier-Stokes simulations.- The quadratic reconstruction finite volume scheme: An attractive sequel to linear reconstruction, used on unstructured adaptive meshes.- Reconstruction on unstructured grids using an upwind kinetic method.- Three-dimensional space-marching method on unstructured grid.- Numerical solutions of compressible viscous flows using hierarchical cartesian grid.- 2-D/3-D unstructured grid generators, adaptive Euler/Navier-Stokes solvers and their application to unsteady shocked gas flows analysis.- Compact finite difference-fourier spectral method for 3D incompressible N-S equations and application to vortex dislocations.