Force measurement runs were made on a model MK 13-2 Torpedo to correct previously reported results for the discrepancies which were attributable to the interaction of pitching moment on the force measuring apparatus. The plain body, the body with fins, and the body with a shroud ring tail were tested at yaw angles of -10 degrees to +10 degrees. Drag-force coefficients, cross-force coefficients, and yawing moment coefficients were calculated and are presented in this report
The results of static force tests on a 2-in. diameter model of Weapon "A" in the High Speed Water Tu...
The High Speed Water Tunnel is operated by the California Institute of Technology under Contract OE...
This report covers Water Tunnel tests of a 2" diameter model of the hydrobomb, conducted at the Hydr...
Force measurement runs were made on a model MK 13-2 Torpedo to correct previously reported results ...
Static force and moment coefficients were measured in the High Speed Water Tunnel on nonpowered mode...
The forces and moments which act on a submerged body undergoing unsteady motion can be described in ...
This memorandum report covers a series of Water Tunnel tests of the Mk 13-2A Torpedo equipped with ...
An experimental investigation was made of the drag characteristics of a 2-in. diameter model of the ...
This report includes measurements of the pressure distribution on the body of the Mk 13 torpedo, Mod...
This report covers measurements of the pressure distribution around the body of the Mk 25 Torpedo eq...
The purpose of the tests reported herein was to determine the effect upon hydrodynamic characteristi...
The Mark 26 Tropedo is an underwater torpedo, electrically driven, 21.035 inches maximum diameter, ...
This report is a supplement to a previous report of this laboratory entitled "Pressure distribution...
This report covers model tests of the MK 13-1 Torpedo without shroud ring tail, conducted at the Hyd...
This report covers the underwater performance characteristics of a torpedo shape of the 61 series, d...
The results of static force tests on a 2-in. diameter model of Weapon "A" in the High Speed Water Tu...
The High Speed Water Tunnel is operated by the California Institute of Technology under Contract OE...
This report covers Water Tunnel tests of a 2" diameter model of the hydrobomb, conducted at the Hydr...
Force measurement runs were made on a model MK 13-2 Torpedo to correct previously reported results ...
Static force and moment coefficients were measured in the High Speed Water Tunnel on nonpowered mode...
The forces and moments which act on a submerged body undergoing unsteady motion can be described in ...
This memorandum report covers a series of Water Tunnel tests of the Mk 13-2A Torpedo equipped with ...
An experimental investigation was made of the drag characteristics of a 2-in. diameter model of the ...
This report includes measurements of the pressure distribution on the body of the Mk 13 torpedo, Mod...
This report covers measurements of the pressure distribution around the body of the Mk 25 Torpedo eq...
The purpose of the tests reported herein was to determine the effect upon hydrodynamic characteristi...
The Mark 26 Tropedo is an underwater torpedo, electrically driven, 21.035 inches maximum diameter, ...
This report is a supplement to a previous report of this laboratory entitled "Pressure distribution...
This report covers model tests of the MK 13-1 Torpedo without shroud ring tail, conducted at the Hyd...
This report covers the underwater performance characteristics of a torpedo shape of the 61 series, d...
The results of static force tests on a 2-in. diameter model of Weapon "A" in the High Speed Water Tu...
The High Speed Water Tunnel is operated by the California Institute of Technology under Contract OE...
This report covers Water Tunnel tests of a 2" diameter model of the hydrobomb, conducted at the Hydr...