Log of Sailing Catamaran Eclipse
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
The Miller Hydrofoil Sailboard
International Hydrofoil Society Reprint... The Miller Hydrofoil Sailboard For racers of the future, this design provides fast acceleration and a smoother ride on choppy seas Reprinted by permission from the San Francisco Bay Boardsailing Association (SFBA) Newsletter May 1997 <new!> Rich Miller's free 28-page Illustrated Technical Paper: Click Here (Adobe Acrobat file) <new!> Sam Bradfield's, Harken Board Sailing Hydrofoil Pictures, Product Catalog and the Harken Hydrofoil Flight Manual courtesy of a current owner Jonathan Levine. He reports that it was made only briefly by Harken, appearing in their 1986 catalog. They recently told him that they sold somewhere around 50 of them.: Click Here (Adobe Acrobat file) (wnw070911update) See also: Hydrofoil Sailboards, Windsurfers, Surfboards (Last Update 11 Sept 07) Since the beginning, board sailors have been talking about putting hydrofoils on a sailboard, flying up out of the water, getting rid of lots of drag, and going really fast. A few people have taken the idea beyond discussion, writing patents and building prototypes. During the mid-eighties, a hydrofoil designed by Sam Bradfield was sold by the Harken Company. That design consisted of an entire small airplane that was mounted on a fin that attached in the centerboard slot of the original Windsurfer. Although some of the prototypes and the Bradfield-Harken hydrofoil were able to lift the board and rider clear of the water, none delivered performance that even equaled that of the conventional sailboards available at the time. Now there is a hydrofoil sail-board system that may turn the fantasy of great hydrofoil performance into reality. -
Old Ships and Ship-Building Days of Medford 1630-1873
OLD SHIPS AND SHIP-BUILDING DAYS OF MEDFORD 1630-1873 By HALL GLEASON WEST MEDFORD, MASS. 1936 -oV Q. co U © O0 •old o 3 § =a « § S5 O T3». Sks? r '■ " ¥ 5 s<3 H " as< -,-S.s« «.,; H u « CxJ S Qm § -°^ fc. u§i G rt I Uh This book was reproduced by the Medford Co-operative Bank. January 1998 Officers Robert H. Surabian, President & CEO Ralph W. Dunham, Executive Vice President Henry T. Sampson, Jr., Senior Vice President Thomas Burke, Senior Vice President Deborah McNeill, Senior Vice President John O’Donnell, Vice President John Line, Vice President Annette Hunt, Vice President Sherry Ambrose, Assistant Vice President Pauline L. Sampson, Marketing & Compliance Officer Patricia lozza, Mortgage Servicing Officer Directors John J. McGlynn, Chairman of the Board Julie Bemardin John A. Hackett Richard M. Kazanjian Dennis Raimo Lorraine P. Silva Robert H. Surabian CONTENTS. Chapter Pagf. I. Early Ships 7 II. 1800-1812 . 10 III. War of 1812 19 IV. 1815-1850 25 V. The Pepper Trade 30 VI. The California Clipper Ship Era . 33 VII. Storms and Shipwrecks . 37 VIII. Development of the American Merchant Vessel 48 IX. Later Clipper Ships 52 X. Medford-Built Vessels . 55 Index 81 LIST OF ILLUSTRATIONS. Page Clipper Ship Thatcher Magoun Frontispiece Medford Ship-Builders 7 Yankee Privateer 12 Mary Pollock Subtitle from Kipling’s “Derelict *’ 13 Heave to 20 The Squall . 20 A Whaler 21 Little White Brig 21 Little Convoy 28 Head Seas 28 Ship Lucilla 28 Brig Magoun 29 Clipper Ship Ocean Express 32 Ship Paul Jones” 32 Clipper Ship “Phantom” 32 Bark Rebecca Goddard” 33 Clipper Ship Ringleader” 36 Ship Rubicon 36 Ship Bazaar 36 Ship Cashmere 37 Clipper Ship Herald of the Morning” 44 Bark Jones 44 Clipper Ship Sancho Panza 44 Clipper Ship “Shooting Star 45 Ship “Sunbeam” . -
SEAFARING WOMEN: an Investigation of Material Culture for Potential Archaeological Diagnostics of Women on Nineteenth-Century Sailing Ships
SEAFARING WOMEN: An Investigation of Material Culture for Potential Archaeological Diagnostics of Women on Nineteenth-Century Sailing Ships by R. Laurel Seaborn April, 2014 Director of Thesis/Dissertation: Dr. Lynn Harris Major Department: Department of History, Program in Maritime Studies ABSTRACT During the 19th century, women went to sea on sailing ships. Wives and family accompanied captains on their voyages from New England. They wrote journals and letters that detailed their life on board, adventures in foreign ports, and feelings of separation from family left behind. Although the women kept separate from the sailors as class and social status dictated, they contributed as nannies, nurses and navigators when required. Examination of the historical documents, ship cabin plans, and photos of those interiors, as well as looking at surviving ships, such as the whaleship Charles W. Morgan, provided evidence of the objects women brought and used on board. The investigation from a gendered perspective of the extant material culture, and shipwreck site reports laid the groundwork for finding potential archaeological diagnostics of women living on board. SEAFARING WOMEN: An Investigation of Material Culture for Potential Archaeological Diagnostics of Women on Nineteenth-Century Sailing Ships A Thesis/Dissertation Presented To the Faculty of the Department of Department Name Here East Carolina University In Partial Fulfillment of the Requirements for the Degree Master of Arts by R. Laurel Seaborn April, 2014 © R. Laurel Seaborn, 2014 SEAFARING WOMEN: An Investigation of Material Culture for Potential Archaeological Diagnostics of Women on Nineteenth-Century Sailing Ships by R. Laurel Seaborn APPROVED BY: DIRECTOR OF THESIS:_________________________________________________________ Dr. -
Numerical Modelling of Sailing Hydrofoil Boats
Bøe, Mikael Numerical Modelling of Sailing Hydrofoil Boats Master’s thesis in Marin Teknikk Supervisor: Steen, Sverre June 2019 Master’s thesis Master’s NTNU Faculty of Engineering Faculty Department of Marine Technology Norwegian University of Science and Technology of Science University Norwegian Bøe, Mikael Numerical Modelling of Sailing Hydrofoil Boats Master’s thesis in Marin Teknikk Supervisor: Steen, Sverre June 2019 Norwegian University of Science and Technology Faculty of Engineering Department of Marine Technology NTNU Trondheim Norwegian University of Science and Technology Department of Marine Technology MASTER THESIS IN MARINE TECHNOLOGY SPRING 2019 FOR Mikael Bøe Numerical modelling of sailing hydrofoil boats High-performance sailing boats are increasingly using hydrofoils to lift the hull out of the water and thereby reduce the total resistance at high speed. For instance have the later America’s Cup yachts been constructed in this way. When predicting the performance of a sailing yacht, it is common determine the condition that balances the aerodynamic forces (mainly on the sails and rig) and the hydrodynamic forces on the hull, keel and rudder. This involves finding the trim, heel, yaw (drift angle), speed and required rudder – often using an iterative procedure. The process is often named Velocity Prediction Process (VPP). Traditionally, hydrodynamic forces have been found by interpolation in a large, multi-dimensional table coming out of an extensive series of captive model tests (using a yacht dynamometer). In the later years, CFD is increasingly used instead of model tests. Aerodynamic forces might be determined in a similar way, using wind tunnel experiments, CFD, or analytics-based calculations. -
010 Brussel / Bruxelles / Brussels Kunstenfestivaldesarts
0 01 07 - 29.05.010 BRUSSEL / BRUXELLES / BRUSSELS KUNSTENFESTIVALDESARTS Het Kunstenfestivaldesarts vindt elk Le Kunstenfestivaldesarts se déroule Kunstenfestivaldesarts jaar plaats gedurende 3 weken in mei, chaque année au mois de mai, et s’étale takes place in dozens of in tientallen gastvrije theaters en sur trois semaines durant lesquelles welcoming Brussels the- kunsthuizen in Brussel. des dizaines de théâtres et de centres atres and art houses for d’arts bruxellois lui ouvrent gracieuse- 3 weeks every May. Het Kunstenfestivaldesarts presen- ment leurs portes. teert podiumkunsten en beeldend werk, Kunstenfestivaldesarts van Nederlandstalige en Franstalige, Le Kunstenfestivaldesarts affiche à features performing arts Westerse en niet-Westerse kunstenaars. son programme des œuvres scéniques and visual arts, by Dutch- nouvellement créées par des artistes and French-speaking, Het Kunstenfestivaldesarts is een cre- francophones et néerlandophones, Western and non-Western atiefestival voor kunstenaars met een belges et internationaux. artists. persoonlijke kijk op de wereld, en toe- schouwers die hun eigen perspectief Le Kunstenfestivaldesarts est un festi- Kunstenfestivaldesarts is in vraag willen stellen. val de créations au sein duquel des a festival dedicated to new artistes partagent leur vision person- creations, intended for Het Kunstenfestivaldesarts is een kos- nelle du monde avec des spectateurs artists with a personal mopolitisch stadsfestival. Steeds meer prêts à remettre en question et élargir outlook on the world and maken we deel uit van een complex net- leur champ de perspectives. spectators willing to ques- werk van gemeenschappen, die de gren- tion their own views. zen van natie, taal en cultuur nuanceren Le Kunstenfestivaldesarts est un festi- en overschrijden. De stad is de omge- val résolument urbain et cosmopolite. -
United States Geological Survey
DEFARTM KUT OF THE 1STEK1OK BULLETIN OK THE UNITED STATES GEOLOGICAL SURVEY No. 19O S F, GEOGRAPHY, 28 WASHINGTON GOVERNMENT PRINTING OFFICE 1902 UNITED STATES GEOLOGICAL SURVEY CHARLES D. WALCOTT, DIRECTOR GAZETTEEK OF TEXAS BY HENRY G-A-NNETT WASHINGTON GOVERNMENT PRINTING OFFICE 1902 CONTENTS Page. Area .................................................................... 11 Topography and drainage..... ............................................ 12 Climate.................................................................. 12 Forests ...............................................................'... 13 Exploration and settlement............................................... 13 Population..............'................................................. 14 Industries ............................................................... 16 Lands and surveys........................................................ 17 Railroads................................................................. 17 The gazetteer............................................................. 18 ILLUSTRATIONS. Page. PF,ATE I. Map of Texas ................................................ At end. ry (A, Mean annual temperature.......:............................ 12 \B, Mean annual rainfall ........................................ 12 -ryj (A, Magnetic declination ........................................ 12 I B, Wooded areas............................................... 12 Density of population in 1850 ................................ 14 B, Density of population in 1860 -
Hydrofoil Cruising and Daysailing
Reprinted from SailTech-89, Proceedings of the Eighteenth Annual Conference on Sailing Technology, Volume 35, pages 29-39. The conference was sponsored by the AIAA and SNAME, and held at Stanford University, October 14-15, 1989. In prior years, these conferences were entitled The Ancient Interface. (Please note a new address for David A. Keiper: 123 South Pacific Street, Cape Girardeau, Missouri 63701.) HYDROFOIL CRUISING AND DAYSAILING David A. Keiper -4'707 Box- 1-8081- -San-Frai+c&eo.i-CA- 9414-8 - Abstract Results of further sea trials of the 31'4'' hydrofoil trimaran "Williwaw" are presented. Modifications for the next hydrofoil cruising yacht are discussed. The design of, and performance results with a 14-foot cartoppable hydrofoil sailboat are presented. 1. INTRODUCTION Francisco Bay, striking while the boat was not moving, led to capsizes. With float-hull buoyancy The design of, and early sea-trial results with the of 40% of loaded weight, the boat had a 31'4" L.O.A. hydrofoil cruising yacht "Williwaw" successful 500-mile shakedown cruise off the were described at Ancient Interface I11 [I]. California coast. However, I still felt there was Some further improvement modifications were too much risk of capsize. On all ocean passages, described at Ancient Interface VI, and movies "Williwaw" had a float-hull buoyancy of about were shown of "Williwaw" in action [2]. Since 60-70% of loaded boat weight. With 20,000 miles that time (1975), there were an additional 12,000 of hydrofoil cruising behind me, I now feel that miles of sea trials, which included both heavy it is safest if float hulls can carry 100% of weather sailing and tradewind sailing, from loaded boat weight. -
Combining Analytical Models and Mesh Morphing Based Optimization Techniques for the Design of Flying Multihulls Appendages
Journal of Sailing Technology 2021, volume 6, issue 1, pp. 151 – 172. The Society of Naval Architects and Marine Engineers. Combining Analytical Models and Mesh Morphing Based Optimization Techniques for the Design of Flying Multihulls Appendages Ubaldo Cella University of Rome “Tor Vergata” and Design Methods - Aerospace Engineering, Italy, [email protected]. Corrado Groth University of Rome “Tor Vergata” and RBF Morph, Italy. Stefano Porziani Downloaded from http://onepetro.org/JST/article-pdf/6/01/151/2478351/sname-jst-2021-09.pdf by guest on 24 September 2021 University of Rome “Tor Vergata” and RBF Morph, Italy. Alberto Clarich ESTECO, Italy. Francesco Franchini EnginSoft, Italy. Marco Evangelos Biancolini University of Rome “Tor Vergata” and RBF Morph, Italy. Manuscript received March 15, 2021; revision received May 18, 2021; accepted June 22, 2021. Abstract. The fluid dynamic design of hydrofoils involves most of the typical difficulties of aeronautical wings design with additional complexities related to the design of a device operating in a multiphase environment. For this reason, “high fidelity” analysis solvers should be, in general, adopted also in the preliminary design phase. In the case of modern fast foiling sailing yachts, the appendages accomplish both the task of lifting up the boat and to make possible upwind sailing by contributing balance to the sail side force and the heeling moment. Furthermore, their operative design conditions derive from the global equilibrium of forces and moments acting on the system which might vary in a very wide range of values. The result is a design problem defined by a large number of variables operating in a wide design space. -
Updated Active Rental Owners Report
Active Rental Permits and Owners LOC# DIR LOCATION STREET OWNER NAME OWNER ADDRESS CITY STATE ZIP PHONE # 405 ABBOTSFORD FANG CHENG-SHUN & QING 6 GREEN COURT NEWARK DE 19711 302-456-1107 LIU 406 ABBOTSFORD ZHOU, MIN 406 ABBOTSFORD LANE NEWARK DE 19711 302--23-0639 x0 409 ABBOTSFORD MITSURU, TANAKA 13702 CABELLS MILLS DRIVE CENTREVILLE VA 20120 571-455-8892 28 ACADEMY ENGLISH CREEK LLC 502 BRIER AVENUE WILMINGTON DE 19805 302-354-4365 609 ACADEMY JEFFERSON BARBARA A & 4615 SYLVANUS DRIVE WILMINGTON DE 19803 302-764-1550 COREY S 621 ACADEMY MAXWELL HARRIS & VIVEK 229 E 28TH STREET APT 1D NEW YORK NY 10016 302-438-7234 KHASAT 714 ACADEMY LISA, JAMES P. P.O. BOX 4397 WILMINGTON DE 19807 610-745-5000 728 ACADEMY ZHAO YUQIAN TR 17601 COASTAL HWY, UNIT LEWES DE 19958 302-344-9099 10 5 ADELENE DIXON JAMES W & SCHULKE 5 ADELENE DR NEWARK DE 19711 LISA 932 ALEXANDRIA SPOLJARIC, NENAD 2115 CONCORD PIKE WILMINGTON DE 19803 302-575-1007 943 ALEXANDRIA ZHANG YUBEI & CHEN PO BOX 744 HOCKESSIN DE 19707 302-981-8198 BINTONG 9/28/2020 2:00:12 AM 945 ALEXANDRIA GRIFO, N. & E 52 OKLAHOMA STATE DR. NEWARK DE 19713 955 ALEXANDRIA ESKUCHEN CHRISTOPHER L 4021 GANNET WAY FLAGSTAFF AZ 86004 301-741-3538 & JULIA B 974 ALEXANDRIA LI, DIANQUAN 11 AVIGNON DR NEWARK DE 19702 302-883-7988 6 ALFORD XU PING & LOH BOON HUEI 3 HARVEST LANE HOCKESSIN DE 19707 302-743-3604 H&W 15 ALLISON TRACE GLEN & KIMBERLY A 22 CHRISTIAN LANE CHERRY HILL NJ 08002 856-261-5441 22 ALLISON TEKDEL LLC 602 WITHERS CIRCLE WILMINGTON DE 19810 24 ALLISON CHEN, TIANYI 706 W OAKENEADE DR WILMINGTON DE 19810 352-328-0423 6 ALLISON LONG WANG 107 HALLOWEEN RUN NEWARK DE 19711 302-442-0553 4 AMHERST LUO BOYANG C/O PATTERSON SCHWARTZ HOCKESSIN DE 19707 - MAGGIE MESINGER 19 AMSTEL KAPPA ALPHA ED. -
Adding Hydrofoils to Sailboats (Kits?)
International Hydrofoil Society Correspondence Archives... Adding Hydrofoils To Sailboats (Kits?) Descriptions, Advice, Sources of Information, and Requests For Help (Last Update: 26 Feb 04) Return to Posted Messages Bulletin Board Books About Hydrofoils -- Click Here Magazine Articles About Hydrofoils -- Click Here Suggest Additional Reference(s) More Hydrofoil Sources... See the IHS Page on David Keiper, Click Here and the Inventor/Designers Page For Hydrofoil References in Technical Journals, Papers, and Books, Click Here For More Bibliographies, Especially Sailing Related, Try the IHS Links Page) Every IHS Newsletter is packed with articles about hydrofoils. To view an index of past articles in MS Excel, Click Here Correspondence New 12-Meter Hydrofoil Sailing Craft [17 Feb 02] Take a look at the BDG Marine twin-rig Spitfire12M...It is quite the craft! Tapered foils, vertical dagger on the bottom. Looks like modification of the 1978-80 foils that the Brits used on the big biplane Tornado. Sails look a bit odd when you look at the weather side. I see sort of reaching going on with booms out a ways in these pictures, not really going to weather. Material of construction is not mentioned. Method for deploying and retrieving foils appears to be an old manila rope... I expect that will change! -- Dave Carlson ([email protected]); website: http://www.fastsail.com/catcobbler Adding Foils to 27-ft Catamaran [2 Feb 02] I am interested in adding hydrofoils to a 27-foot stiletto catamaran. Can you send me any information on how to start designing the foils and how they could be installed? -- Chef Ken ([email protected]) Responses.. -
The Newsletter
The NEWS LETTER International Hydrofoil Society PO Box 51 - Cabin John MD 20818 - USA Editor: John Meyer First Quarter 2011 Sailing Editor: Martin Grimm PERSONAL HYDROFOILS SUSTAINING MEMBERS By Ray Vellinga, IHS Member In America, the first hydrofoil may also have been the first personal hydrofoil. In 1895 the Meacham brothers of Chicago began work that culminated in their 1913 patent of a submerged hydrofoil system. It was flown by one person. Perhaps the first Personal Hydrofoil ______________________________ Roll is controlled by the “milk stool” system. The foils are located on YOUR 2011 IHS DUES ARE DUE three corners and act as legs of a stool. You may recall, a similar sys- tem was used by Chicago’s O’Leary family. However, the true inno- See Full Announcement on vation of the Meachams’ design is the front foil’s height-finding Page 2 mechanism. A forward reaching surface-follower is linked to the foil’s angle of incidence. INSIDE THIS ISSUE Significantly, similar systems appear in some present-day personal - President’s Column ----------- p. 2 hydrofoils, such as the High Flying Banana (Hifybe). In contrast, for roll control Hifybe uses outboard flippers, similar to ailerons, extend- - Welcome New Members ----- p. 2 ing from the main foil. Hifybe, in its present form, was first flown in - Crossing the Bar, Part 2 ----- p. 4 2007. It was preceded by personal hydrofoils of varying successes. Other examples are the Hi-Foil, Dynafoil, and the OU-32. See Hifybe - Dave Keiper Williwaw-------- p. 5 at: http://www.youtube.com/watch?v=TViDOm9HQsw - Carton Ondule Hydrofoil---- p. -
Subject Index Issues 1 – 158
SUBJECT INDEX ISSUES 1 – 158 3:11, 10:42, 29:58; one-off tooling, 10:42; A B C D E F G H I J K L M N 3M protective tape, 29:58 O P Q R S T U V W X Y Z Abma, Albert, author: “A Study in Slender,” A&S Building Systems, Inc.: pre-engineered 147:18, metal buildings, 17:34, 26:18 Abramson, Tim: on displaying hull Abaris Training: advanced-composite identification numbers, 61:5 workshops, 47:57, 52:67, 69:125; abrasive discs. See abrasives, diamond; ultrasonic inspection/survey techniques, grinders/polishers, discs for; sandpaper 35:42; vocational training program, 20:26 abrasive pads: Micro-Mesh, 12:60 Abbass, D.K. (Kathy): on surveyor Paul abrasives, diamond: Mister Blister, 12:60; Coble and development of his Marine Tech-Lok diamond discs, 25:59 Survey Seminars, 93:4 Abrasive Technology Inc.: Tech-Lok Abbey, Howard: profile of, 104:100; Wyn-Mill diamond discs, 25:59 racer/Jim Wynne/Walt Walters, 132:36 ABS. See American Bureau of Shipping Abbott, Daniela T.H., author: “Olin (ABS) Stephens’s Last Project,” 119:20 ABS Construct: parts generation software, ABBRA. See American Boat Builders and 8:35 Repairers Association ABS plastic: ABS/acrylic coextrusions, Abeking & Rasmussen: Concordia yawl, 10:34, 11:20; ABS/Rovel coextrusions, 50:32; Michael Peters Yacht Design 44m 34:59; performance, 10:34. See also motoryacht, 66:52; waterjet-powered fast Royalex motoryacht/Michael Peters Yacht Design, ABYC. See American Boat and Yacht 126:38; Vamarie, steel ketch, 68:11 Council (ABYC); ABYC safety standards Abely Wheeler, aluminum constructed ABYC safety