Two-dimensional tests were conducted on a NACA 66(MOD) hydrofoil in the the GALCIT Hydrolab High Speed Water Tunnel (HSWT) . These tests were conducted using the hydrofoil with a. a rough leading edge, and b. a smooth leading edge, covering the following range of conditions: 1. Speed range of 30 ft/s to 60 ft/s 2. Angles of attack of 0° to 6° and 3. static pressures of 3. 03 psiA to 33. 54 psiA, corresponding to cavitating, incipient cavitation thru fully wetted flow conditions. These tests were performed in the two-dimensional test section of the HSWT and included measurements of: --Tunnel velocity. --Tunnel static pressure. --Lift, Drag and Pitching Moment forces (with tare forces removed). --Pres...
An experimental investigation has been made in the Langley highspeed hydrodynamics facility to deter...
The test section of the High-Speed Water Tunnel (1) was modified in preparation for experiments on t...
An experimental investigation of the two-dimensional hydrodynamic characteristics of a thin, superca...
Two-dimensional tests were conducted on a NACA 66(MOD) hydrofoil in the the GALCIT Hydrolab High Spe...
The results of force tests on the NACA 66_(1-012) hydrofoil in noncavitating and cavitating two-dime...
The work described in this report represents a primarily exploratory effort to assess the feasibilit...
The paper reviews briefly experimental techniques and data-correction procedures developed in connec...
A brief historical account is given of the development of a well-known water tunnel, culminating in...
An investigation in the High Speed Water Tunnel of the hydrodynamic characteristics of a family of t...
Experimental results of the performance of a plano-convex hydrofoil under non-cavitating and cavita...
Tests were conducted on hydrofoil assemblies approximating an arrangement for use under seaplanes or...
This paper describes "two-dimensional" tests in a water tunnel of a profile identical to the 4412 a...
This report describes a model water tunnel built in 1928 by the NACA to investigate the possibility ...
Wind tunnels can now simulate flows over airfoils at high Reynolds numbers and high subsonic speeds....
Declassified 5 May 1958Thin hydrofoils specifically designed to operate under conditions of extreme ...
An experimental investigation has been made in the Langley highspeed hydrodynamics facility to deter...
The test section of the High-Speed Water Tunnel (1) was modified in preparation for experiments on t...
An experimental investigation of the two-dimensional hydrodynamic characteristics of a thin, superca...
Two-dimensional tests were conducted on a NACA 66(MOD) hydrofoil in the the GALCIT Hydrolab High Spe...
The results of force tests on the NACA 66_(1-012) hydrofoil in noncavitating and cavitating two-dime...
The work described in this report represents a primarily exploratory effort to assess the feasibilit...
The paper reviews briefly experimental techniques and data-correction procedures developed in connec...
A brief historical account is given of the development of a well-known water tunnel, culminating in...
An investigation in the High Speed Water Tunnel of the hydrodynamic characteristics of a family of t...
Experimental results of the performance of a plano-convex hydrofoil under non-cavitating and cavita...
Tests were conducted on hydrofoil assemblies approximating an arrangement for use under seaplanes or...
This paper describes "two-dimensional" tests in a water tunnel of a profile identical to the 4412 a...
This report describes a model water tunnel built in 1928 by the NACA to investigate the possibility ...
Wind tunnels can now simulate flows over airfoils at high Reynolds numbers and high subsonic speeds....
Declassified 5 May 1958Thin hydrofoils specifically designed to operate under conditions of extreme ...
An experimental investigation has been made in the Langley highspeed hydrodynamics facility to deter...
The test section of the High-Speed Water Tunnel (1) was modified in preparation for experiments on t...
An experimental investigation of the two-dimensional hydrodynamic characteristics of a thin, superca...