Advance Marine Vehicles CD#3

 

 IHS#                 Title                               Principal Authors                                Date Published

  0162   100 Years of Overcoming Archimedes Principle - Johnston & Meyer - Feb 93

  0163   ACV Introduction and Background - Mantle - Jul 75

  0164   Advanced Naval Surface Vehicles Three Case Studies - Schuler - Jul 79

  0165   Aerodynamics of Air Cushion Vehicles - Crewe - Feb 71

  0166   Air Cushion Vehicles - Brown - Nov 75

  0167   Air Force At Sea - Ellis

  0168   Application of Waterjet Propulsion to High-Performance Boats - Barham - May 76

  0169   Balancing Mission Requirements and Hydrofoil Design Characteristics - Clark, O'Neill & Wight - Apr 78                                                  

  0170   Commercial Craft Applications - Chaplin - Jul 75

  0171   Considerations on the Structural Design of High Performance Marine Vehicles -Allen & Jones - Jan 77

  0172   DD21A - A Capable, Affordable, Modular 21st Century Destroyer - Levedahl, Shank & O'Reagan - Dec 93

  0173   Deep-Vee High Speed Yacht and Development of Deep Vee Hull Forms - Serter

  0174   Design Criteria for Detail Foil Design - Hoyt - Jan 71

  0175   Design Criteria for Hydrofoil Hull Bottom Plating - Chuang - Aug 75

  0176   Domain of the Surface Effect Ship - Eggington & Kobitz - Nov 75

  0177   Effect of Distortion of Sub-Cavitating Foil Contours - Moeckel - Oct 65

  0178   Effect of the Longitudinal Location of a Pair of Outer Hulls - Wood - Aug 85

  0179   Effect of Surface Waves - Martin and Turpin - Jan 61

  0180   Experimental Study of High-Speed Hydrofoils - Wright - Aug 63

  0181   Extended Performance Hydrofoils - Meyer - Sep 81

  0182   Feasibility of Hydrofoil Craft In the Indian Environment - Rodriquez - May 01

  0183   Flapped Hydrofoils In Waves Subcavitating Flow - May 63

  0184   Full-Scale Powering of the Stable Semi-Submerged Platform - Stenson - Apr 76

  0185   Geometric and Hydrodynamic Comparison - Dewitt - May 71

  0186   High Endurance Escort Hydrofoil For the Fleet - Aroner & Hubbard - Feb 74

  0187   High-Speed Water Transportation of Man - Shultz, Coffey & Gornstein - Jul 71

  0188    HMCS Bras D'Or -- An Open Ocean Hydrofoil Ship - Eames & Eng - Apr 70

  0189   Hovercraft Propulsion - Lindsey - Apr 68

  0190   Hydrodynamic Development - Savitsky, Roper & Benen

  0191   Hydrofoil Craft Dynamics Hydronautics - Martin - Nov 67

  0192   Hydrofoil Development -- Issues and Answers - Ellsworth - Feb 74

  0193   Hydrofoil Development and Applications - Meyer & Wilkins - Jun 92

  0194   Hydrofoil Materials Research Program Final Report - Jul 65

  0195   Hydrofoil Small Waterplane Area Ship Assessment - Cannon - Feb 84

  0196   Improved and Enlarged Variants of the PHM 3 Series - Olling, Merritt & Thomas - Oct 93

  0197   Initial Stability and Trim Characteristics for HYSWAS - King & Strasel - Mar 76

  0198   International Hovercraft Conference Research and Development - Rapson - Apr 68

  0199   Intrinsic Hydrofoil Characteristics - Ray - Jul 75

  0200   Jetfoil As an Offshore Patrol Vehicle - Crowley

  0201   Large High-Speed Surface Effect Ship Technology - Mantle - May 74

  0202   Propeller Drives for Hydrofoil Ships - Williams - Aug 84

  0203   Status of Hydrodynamic Technology - Wilson et al - Jul 81

  0204   Summary of Major High-Speed Hydrofoil Struts & Foils Studies - Wermter & Shen - Dec 75

  0205   Supercavitating Hydrofoil Studies - Jones - Feb 63

  0206   US Navy Advanced Vehicle Programmes - Ellsworth & Schuler - Oct 77