Boundary integral method for the computation of the potential flow about ship configurations with lift and free surface effects

On wings and keels (II)

Design of transonic airfoils with given pressure, subject to geometric constraints

Inverse method with geometric constraints for transonic airfoil design

A survey of computational methods for subsonic and transonic aerodynamic design

On wings and keels

Application of computational procedures in aerodynamic design

Computational methods for subsonic and transonic aerodynamic design

A comparison of computational and experimental results for the transonic flow around the DFVLR-F4 wing-body configuration

Some new developments in exact integral equation formulations for sub- or transonic potential flow

A system for the numerical simulation of sub- and transonic viscous attached flows around wing-body configurations

Requirements and developments shaping a next generation of integral methods

A constrained inverse method for the aerodynamic design of thick wings with given pressure distribution in subsonic flow

Inventarisatie van wensen t.a.v. computerfaciliteiten voor aërodynamische berekeningen in de tachtiger jaren

Calculation of transonic flow by means of a shock-capturing field panel method

Calculation of transonic flow by means of a shock-capturing field panel method

Conclusies van enkele oriënterende studies voor een rekenmethode voor drie-dimensionele transsone potentiaal stromingen om romp-vleugel configuraties

Aerodynamic design of thick, supercritical wings through the concept of equivalent subsonic pressure distribution

Wind tunnel tests and aerodynamic computations: Thoughts on their use in aerodynamic design

Remarks on the suitability of various transonic small perturbation equations to describe three-dimensional transonic flow; examples of computations using a fully-conservative rotated difference scheme