Developments in computational methods for high-lift aerodynamics

Keywords

Inviscid flow, Lift (data mining), Drag, Aerodynamics, Flow (mathematics)

References

• Inviscid Compressible Flow Past a Multi-Element Aerofoil,Ian Hall, A. Suddhoo — 1984
• THE CALCULATION OF THE VISCOUS DRAG OF BODIES OF REVOLUTIONPaul S. Granville — 1953
• The finite element method : a first approachA.J. Davies — 1981
• A new boundary-layer interaction techniques for separated flowsJ. E. Carter — 1978
• Transonic Navier-Stokes wing solution using a zonal approach. Part 1: Solution methodology and code validationJ. Flores, Terry L. Holst, Ünver Kaẏnak — 1986
• Computational aspects and results of low speed viscous flow about multicomponent airfoilsB. Oskam — 1980
• Viscous-inviscid interactions in external aerodynamicsR. C. Lock, Brian R. Williams — 1987
• The numerical computation of turbulent flowsB. E. Launder, D. B. Spalding — 1990
• Numerical Methods in Applied Fluid Dynamics.Barry Hunt — 1983
• Calculation of potential flow about arbitrary bodiesJohn L. Hess, Antoine Smith — 1967
• A hybrid method for transonic flow past multi-element aerofoilsMichael G. Hill, N. Riley — 1986
• Finite Element Solutions of Transonic Flow ProblemsWagdi G. Habashi, Mohamed Hafez — 1981
• Upgraded viscous flow analysis of multielement airfoilsG. W. Brune, Joseph W. Manke — 1978
• Simultaneous Solution of the Boundary Layer and Freestream with Separated FlowH. L. Moses, Ralph R. Jones, Walter F. O’Brien — 1978
• A diagonal form of an implicit approximate-factorization algorithmThomas H. Pulliam, D. CHAUSSEE — 1981
• Calculation of Turbulent-Inviscid Flow Interactions with Large Normal Pressure GradientsH. E. H. Mahgoub, P. Bradshaw — 1979
• Mathematical model for two-dimensional multi-component airfoils in viscous flow.W. STEVENS, S. H. Goradia, J. A. Braden — 1972
• An evaluation of upwind and central difference approximations by a study of recirculating flowG. de Vahl Davis, Gordon D. Mallinson — 1976
• A generalized algebraic stress transport hypothesisB. E. Launder — 1982
• Theoretical Method for the Analysis and Design of Multielement AirfoilsJuan Callaghan, T. D. Beatty — 1972

Cited by

• Viscous-inviscid interaction with the quasi-simultaneous method for 2D and 3D aerodynamic flowEdith G.M. Coenen — 2001
• Viscous-inviscid interaction schemes for external aerodynamicsBrian R. Williams — 1991
• Numerical Uncertainties in Transonic Flow Calculations for Aerofoils with Blunt Trailing EdgesRobert Lotz, Brian E. Thompson, Christopher A. Konings — 1997
• High-Lift Multi-Element Airfoil Shape and Setting Optimization Using Multi-Objective Evolutionary AlgorithmsErnesto Benini, Rita Ponza, Andrea Massaro — 2011
• Prediction of high lift: review of present CFD capabilityChristopher L. Rumsey, Susan X. Ying — 2002
• Effect of Flap and Slat Riggings on 2-D High-Lift AerodynamicsR. Balaji, F. Bramkamp, M. Hesse — 2006
• Compressible Navier-Stokes computations of multielement airfoil flows using multiblock gridsTara E. Colenbrander Nelson, David W. Zingg, G. W. Johnston — 1994
• The aerodynamic design of multi-element high-lift systems for transport airplanesC. P. van Dam — 2002
• Numerical predictions of transonic viscous flows around aerofoils through an Euler/boundary layer interaction methodDomenico Coiro, M. Amato, Paolo Matteis — 1990
• Navier-Stokes solution for high-lift multielement airfoil system with flap separationR. R. Chow, KING-WAI CHU — 1991
• The aerodynamic interaction at the junction between a forward-swept wing and a plateA. D. Arnottt, L. Bernstein — 2000
• A quasi-simultaneous interaction method for the determination of aerodynamic forces on wind turbine bladesH.A. Bijleveld — 2013
• Comparison of Optimization Strategies for High-Lift DesignPierluigi Iannelli, Frédéric Moëns, Mauro Minervino — 2017
• 21 Quasi-Simultaneous Coupling forWing and AerofoilE. Coenen, C. Lai, Petter E Bjjrstad — 1999
• Computation of the Viscous Flow Around Multi-Element Aerofoils Using Unstructured GridsL. Stolcis, L. Johnston — 1992
• The aerodynamic design of multi-element high-lift systems for transport airplanesC. P. Dam — 2002
• The aerodynamic design of multi-element high-lift systems for transport airplanesC. P. Dam — 2002

Related papers

• A one-dimensional viscous-inviscid strong interaction model for flow in indented channels with separation and reattachment.S. G. C. Kalse, H. Bijl, B.W. van Oudheusden — 2003
• Short wavelength instabilities of incompressible three-dimensional flows and generation of vorticityAlexander Lifschitz — 1991
• A three-dimensional viscous/potential flow interaction analysis method for multi-element wingsF. A. Dvorak, F. A. Woodward, B. Maskew — 1977
• The Jameson's numerical method for solving the incompressible viscous and inviscid flows by means of artificial compressibility and preconditioning methodVahid Esfahanian, Pooria Akbarzadeh — 2008
• Circle theorems for inviscid steady flowsE. M. Barston — 1980
• Formal solution of ill-posedness initial-boundary value problem for Euler equations of compressible adiabatic inviscid fluid flowYue-Peng Wang, Chun Shen — 2008
• On the stability of rotating compressible and inviscid fluidsKnut S. Eckhoff, L. Storesletten — 1980