AMV CD#4 INDEX

 

0207   2000-ton HYSWAS Concept - Meyer & King - Aug76

0208   400 Ton Hydrofoil With Buoyancy-Fuel Tank Conceptual Investigation - Grumman Aerospace

0209   A Comparison of Several Hybrid Surface Ship Concepts - Meyer - Apr77

0210   A Parametric Method for Characterizing the Design Space of High Speed Cargo Ships - McKesson

0211   ACV Military Applications - Brown - Jul 75

0212    ACV Mission Suitability of Naval Hydrofoils - Adler - Jul 75

0213   ACV Overall Sizing and Requirements - Mantle - Jul 75

0214   ACV Planning for the Future - Kobitz - Jul 75

0215   ACV Propulsion - Mantle - Jul 75

0216   ACV Requirements of Foreign Navies - Heyward - Jul 75

0217   ACV Structural System - Mantle - Jul 75

0218   ASNE Day Paper - The Cost of Requirements & Emerging Technologies - Lavis & Forstell - Jun06

0219   ASNE JSBS Paper - New Air Cushion Vehicle Technology - Lavis & Forstell - 2006

0220   ASNE WIGH - Subchapter T Passenger Hydrofoil - Zauberman, Barlow & Rice

0221   Calm Water Performance of a LAHHS Concept - Meyer - Oct76

0222   Calm-Water Speed-Power of Hybrid Ship Concepts - Meyer - Jun75

0223   Channel Operations - Colquhoun - Apr 68

0224   Chronological History of Schertel Sachsenberg and Supramar Hydrofoils

0225  Commercial Applications of Advanced Marine Vehicles For Express Shipping - Luedeke & Farnham - May83

0226   Comparative Parametric Studies of Monohull and Surface Effect Ships - Goubault et al - 1991

0227   Comparison of Bibrid Ship Concepts - Meyer - Jul75

0228  Design and Application of Hydrofoils and Their Future Prospects - Von Schertel

0229   Determination of Size and Location of Foils for 2000 Ton HYSWAS for Vertical-Plane Stability - Lee - Nov75

0230   Experiments on Circular Arc and Flat Plate Hydrofoils - Parkin - Feb56

0231   Extended Performance Hydrofoils - Meyer - Sep81

0232   Forces and Moments Acting on a Tandem Hydrofoil System in Waves - Kaplan - Dec 55

0233   High Point Extended Performance Hydrofoil Configuration Forward Foil Cavitation Analysis - Eilers et al - Jul81

0234   Hydrofoil Design and Optimization For Fast Ships - ASME Paper - Nov98

0235   Hydrofoil Operational Design Performance Enhancement Options Using Hybrid Design Options - Hawkins, King & Meyer - Apr78

0236    HYSWAS - A Hybrid Technology Comes of Age - Houseman & Linn - Apr79

0237   Advanced Compact Waterjet Propulsion For High-Speed Ships - Lavis, Forstell & Purnell - 2006

0238   Life History of USS Plainview Hydrofoil Power Transmission System - Schab - Dec 80

0239   Load Criteria - Buckley - Oct 81

0240   Maximum Loads on PHM-1 Mod 1 Buoyancy Fuel Tank as Estimated From PHM Model Tests in Waves - Andrews - Aug80

0241   Methods for Controlling the Sideforce on Surface-Piercing Hydrofoil Struts - Rothblum, Jeffers & Smith - Jul 76

0242   Minimisation of Hydrofoil Ship Control Power - Bender, Remington & O'Neill - Feb 72

0243   Motions and Tank Loads in Waves for an Extended Performance Hydrofoil - Gersten - May80

0244   Naval Ship Technology in the 80s and 90s - O'Neill - Oct 80

0245   Observations and Comments on Hydrofoils - Kyers - May 65

0246   Operability of Small Vehicles in the Caribbean Sea - Gill, Ahearn & Olling - Jun 84

0247   Operational Evaluations of the Hydrofoil Concept for US Coast Guard Missions - Williams & Ehrman - Dec 75

0248   Operational Experiences With the SWATH Ship SSP Kaimalino - Hightower & Seiple - Apr 78

0249   Performance and Correlation Studies BUSHIPS Parent Hydrofoil - Spangler - Dec 66

0250   PHM Hydrofoil Automatic Control System - Stark - Oct 74

0251   PHM Operational Notebook - May90

0252   Preliminary Investigation of Roll Characteristics of a HYSWAS - Lee, Waters & McCreight - Dec77

0253   Progress in the Development of Structural Load Criteria for Extreme Waves - Buckley & Stavovy - Oct81

0254   Project HYWAS Oceanic Ecole Nationale Superieure De Techniques Avancees - 1979

0255   Propulsion Experiments With a Deep Tunnel Planing Hull - Ellis & Adler - Feb 77

0256   Prospects for Advanced Types of Surface Vehicles - Eames - Feb 84

0257   Quadrimaran - Hockberger

0258   Resistance Prediction for a 2000 Ton HYSWAS Represented by DTNDRDC Model #5355 - Karafiath - Nov79

0259   Results of Flagstaff Noise Suppression System - Reeves - Oct 72

0260   Rough-Water Performance of Planing Boats Part II - Fridsma - Mar 71

0261   Seakeeping Comfort of Large Fast Catamarans - Hercus, Armstrong & Egan - Nov 91

0262   Selection of Hydrofoil Transmission and Propeller System - Toth & Zardus - 1976

0263   Semiempirical Computerized Method - Jones & Allen - Dec 72

0264   SFS -- The 55 Knot Sealift Ship - Bowden & Embry - May89

0265   Small Waterplane-Area Twin Hull Program Status Report - Hawkins & Sarchin - Feb 74

0266   Speed-Power Estimates of CushionBorne Hybrid Ship Concepts - Meyer - Sep76

0267   State of the Art Summary - Stark

0268   Structural Design of a 2000-Ton HYSWAS - Nappi & Lev - Jun75

0269   SWASH With Stabilizing Hydrofoils Seakeeping Char - Gersten - Nov 74

0270   SWATH Combatant Ship Parametric Study - Kennell & Anderson - Sep 78

0271   SWATH Ship Structure Weight Parametrics - King - Sep 77

0272   The Design and Application of Hydrofoils and Their Future Prospects - Schertel - 1974

0273   The Hydrofoil Boat; Its History and Future Prospects - Crewe - Mar 58

0274   The Hydrofoil Small Waterplane Area Ship (HYSWAS) - Meyer and King - Sep76

0275   Theory of Ventilating or Cavitating Flows - Yim - Sep 75

0276   United States Coast Guard WPB Hybrid Concept Feasibility Design - Kinports & Meyer - Apr 86

0277   United States Coast Guard WPB Hydrofoil Feasibility Design - King & Meyer - Dec 84

0278   Update on SES Design Techniques - Church - Sep 88

0279   Water Tunnel Observations on the Flow Past a Plano-Convex Hydrofoil - Wade - Feb64

0280   What Price Transport - Terry - 1989