General guidelines are given for the design of diffusers, contractions, corners, and the inlets and exits of non-return tunnels. A system of equations, reflecting the current technology, has been compiled and assembled into a computer program (a user's manual for this program is included) for determining the total pressure losses. The formulation presented is applicable to compressible flow through most closed- or open-throat, single-, double-, or non-return wind tunnels. A comparison of estimated performance with that actually achieved by several existing facilities produced generally good agreement
The numerical calculation of unsteady two dimensional airloads which act upon thin airfoils in subso...
A systematic investigation into the design and simulation of flow parameters in a closed-loop wind t...
The paper describes the numerical study of the high-speed leg of the NASA Langley 14 by 22-foot Low ...
The results of a series of flow quality and performance tests on several inlet and exit configuratio...
The Air Force has expressed interest in improving the efficiency of the Subsonic Aerodynamic Researc...
Testing of aerodynamic loads on a sub-scale model has been the most accurate way to predict full-sca...
Testing of aerodynamic loads on a sub-scale model has been the most accurate way to predict full-sca...
A systematic investigation into the design and simulation of flow parameters in a closed-loop wind t...
The equations used by the 16-Foot Transonic Wind Tunnel in the data reduction programs are presented...
Wind tunnels are designed for a certain range of test velocities and model sizes. The Oran W. Nicks ...
Wind tunnels are designed for a certain range of test velocities and model sizes. The Oran W. Nicks ...
A simplified method is presented for computing the installation losses of aircraft gas turbine propu...
The use of the Boeing TEA-230 Subsonic Flow Analysis method as a primary design tool in the developm...
Wind tunnel diffuser performance is evaluated by comparing experimental data with analytical results...
Performance data are presented for this tunnel, which has a Mach number range from 2.0 to 3.5. The t...
The numerical calculation of unsteady two dimensional airloads which act upon thin airfoils in subso...
A systematic investigation into the design and simulation of flow parameters in a closed-loop wind t...
The paper describes the numerical study of the high-speed leg of the NASA Langley 14 by 22-foot Low ...
The results of a series of flow quality and performance tests on several inlet and exit configuratio...
The Air Force has expressed interest in improving the efficiency of the Subsonic Aerodynamic Researc...
Testing of aerodynamic loads on a sub-scale model has been the most accurate way to predict full-sca...
Testing of aerodynamic loads on a sub-scale model has been the most accurate way to predict full-sca...
A systematic investigation into the design and simulation of flow parameters in a closed-loop wind t...
The equations used by the 16-Foot Transonic Wind Tunnel in the data reduction programs are presented...
Wind tunnels are designed for a certain range of test velocities and model sizes. The Oran W. Nicks ...
Wind tunnels are designed for a certain range of test velocities and model sizes. The Oran W. Nicks ...
A simplified method is presented for computing the installation losses of aircraft gas turbine propu...
The use of the Boeing TEA-230 Subsonic Flow Analysis method as a primary design tool in the developm...
Wind tunnel diffuser performance is evaluated by comparing experimental data with analytical results...
Performance data are presented for this tunnel, which has a Mach number range from 2.0 to 3.5. The t...
The numerical calculation of unsteady two dimensional airloads which act upon thin airfoils in subso...
A systematic investigation into the design and simulation of flow parameters in a closed-loop wind t...
The paper describes the numerical study of the high-speed leg of the NASA Langley 14 by 22-foot Low ...