Wakes

A candidate wake vortex strength definition for application to the NASA Aircraft Vortex Spacing System (AVOSS)

David A. Hinton, Chris R. Tatnall.

Reynolds-averaged Navier-Stokes studies of low Reynolds number effects on the losses in a low pressure turbine

Daniel J. Dorney.

Receptivity of flat-plate boundary layer in a non-uniform free stream (vorticity normal to the plate): under cooperative agreement NCC1-241

M.N. Kogan and M.V. Ustinov.

The effect of wake passing on turbine blade film cooling

James David Heidmann.

ARSPNSC: a method to calculate subsonic steady and unsteady potential flow about complex configurations

M. H. L. Hounjet.

Source methodology for turbofan noise prediction (SOURCED3D technical documentation)

Harold D. Meyer.

An operational computational Terminal Area PBL Prediction System: NASA grant NCC-1-220, calendar year 97 annual report

Yuh-Lang Lin, Michael L. Kaplan.

Study of the mutual interaction between a wing wake and an encountering airplane: NASA grant no. NAG1-1572, final report

by A.B. Walden, C.P. van Dam.

Flutter clearance flight tests of an OV-10A airplane modified for wake vortex flight experiments

Robert V. Doggett, Jr., José A. Rivera, Jr., and Eric C. Stewart.

Unified aeroacoustics analysis for high speed turboprop aerodynamics and noise. Volume 1 - Development of theory for blade loading, wakes and noise

prepared for Lewis Research Center.