Two Ideal Daysailers: the WH 15 and the LS 30
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OL-Sejlere Gennem Tiden
Danske OL-sejlere gennem tiden Sejlsport var for første gang på OL-programmet i 1900 (Paris), mens dansk sejlsport debuterede ved OL i 1912 (Stockholm) - og har været med hver gang siden, dog to undtagelser (1920, 1932). 2016 - RIO DE JANIERO, BRASILIEN Sejladser i Finnjolle, 49er, 49erFX, Nacra 17, 470, Laser, Laser Radial og RS:X. Resultater Bronze i Laser Radial: Anne-Marie Rindom Bronze i 49erFX: Jena Mai Hansen og Katja Salskov-Iversen 4. plads i 49er: Jonas Warrer og Christian Peter Lübeck 12. plads i Nacra 17: Allan Nørregaard og Anette Viborg 16. plads i Finn: Jonas Høgh-Christensen 25. plads i Laser: Michael Hansen 12. plads i RS:X(m): Sebastian Fleischer 15. plads i RS:X(k): Lærke Buhl-Hansen 2012 - LONDON, WEYMOUTH Sejladser i Star, Elliot 6m (matchrace), Finnjolle, 49er, 470, Laser, Laser Radial og RS:X. Resultater Sølv i Finnjolle: Jonas Høgh-Christensen. Bronze i 49er: Allan Nørregaard og Peter Lang. 10. plads i matchrace: Lotte Meldgaard, Susanne Boidin og Tina Schmidt Gramkov. 11. plads i Star: Michael Hestbæk og Claus Olesen. 13. plads i Laser Radial: Anne-Marie Rindom. 16. plads i 470: Henriette Koch og Lene Sommer. 19. plads i Laser: Thorbjørn Schierup. 29. plads i RS:X: Sebastian Fleischer. 2008 - BEIJING, QINGDAO Sejladser i Yngling, Star, Tornado, 49er, 470, Finnjolle, Laser, Laser Radial og RS:X. Resultater Guld i 49er: Jonas Warrer og Martin Kirketerp. 6. plads i Finnjolle: Jonas Høgh-Christensen. 19. plads i RS:X: Bettina Honoré. 23. plads i Laser: Anders Nyholm. 24. plads i RS:X: Jonas Kældsø. -
De/Colonizing Preservice Teacher Education: Theatre of the Academic Absurd
Volume 10 Number 1 Spring 2014 Editor Stephanie Anne Shelton http://jolle.coe.uga.edu De/colonizing Preservice Teacher Education: Theatre of the Academic Absurd Dénommé-Welch, Spy, [email protected] University of Regina, Regina, Saskatchewan, Canada Montero, M. Kristiina, [email protected] Wilfrid Laurier University, Waterloo, Ontario, Canada Abstract Where does the work of de/colonizing preservice teacher education begin? Aboriginal children‘s literature? Storytelling and theatrical performance? Or, with a paradigm shift? This article takes up some of these questions and challenges, old and new, and begins to problematize these deeper layers. In this article, the authors explore the conversations and counterpoints that came about looking at the theme of social justice through the lens of First Nations, Métis, and Inuit (FNMI) children‘s literature. As the scope of this lens widened, it became more evident to the authors that there are several filters that can be applied to the work of de/colonizing preservice teacher education programs and the larger educational system. This article also explores what it means to act and perform notions of de/colonization, and is constructed like a script, thus bridging the voices of academia, theatre, and Indigenous knowledge. In the first half (the academic script) the authors work through the messy and tangled web of de/colonization, while the second half (the actors‘ script) examines these frameworks and narratives through the actor‘s voice. The article calls into question the notions of performing inquiry and deconstructing narrative. Key words: decolonizing education; Indigenizing the academy; preservice teacher education; performing decolonization; decolonizing narrative; Indigenous knowledge; First Nations, Métis, and Inuit peoples of Canada; North America. -
History of Sailing at the Olympic Games
OSC REFERENCE COLLECTION SAILING History of Sailing at the Olympic Games 19.10.2017 SAILING History of Sailing at the Olympic Games SAILING Paris 1900 Los Angeles 1984 Sydney 2000 Rio 2016 2-3t (Mixed) Flying dutchman (Mixed) Laser (Men) Nacra 17 (Mixed) INTRODUCTION Sailing was planned for the programme of the Games of the I Olympiad in Athens in 1896, but the events were not staged owing to the bad weather. It was then staged for each edition of the Games with the exception of those in St Louis in 1904. Women competed in the mixed sailing events as of 1900. Since the Games of the XXIV Olympiad in Seoul in 1988, some events have been reserved only for them. KEY STAGES Entry 1894: At the Paris Congress held in June, the desire was expressed for nautical sports (rowing, sailing and swimming) to be on the Olympic programme. Windsurfing 1980: At the 83rd IOC Session held in July and August in Moscow, it was decided to add a mixed windsurfing event (windglider) to the programme of the Games of the XXIII Olympiad in Los Angeles in 1984. Women’s 1984: At the IOC Executive Board meeting held in July and August in Los inclusion Angeles, it was decided to add the 470 dinghy event for women to the programme of the Games in Seoul in 1988. EVOLUTION IN THE NUMBER OF EVENTS 1900: 13 events (mixed) 1988: 8 events (1 men's, 1 women's, 6 mixed) 1908-1912: 4 events (mixed) 1992-1996: 10 events (3 men's, 3 women's, 4 mixed) 1920: 14 events (mixed) 2000: 11 events (3 men's, 3 women's, 5 mixed) 1924-1928: 3 events (mixed) 2004-2008: 11 events (4 men's, 4 -
Standing Rigging 27
4 – Standing Rigging 27 Section 4 Standing Rigging Chain Plate. Metal strap on a sailboat, usually secured Quarter. After part of a boat’s side, e.g., port quarter. Also, to hull structure or bulkhead, to which a shroud or stay direction 45 degrees abaft the beam. is attached. Shroud. Standing rigging that supports a mast laterally. Leeward (Loo’ard). Direction away from the wind, downwind. Stays. Standing rigging that supports a mast fore and aft. 1 The mast on a sailboat must either be strong enough to stand by itself under a full press of sail, or it must be supported by standing rigging. This section discusses shrouds, stays, and spreaders: the fundamental compo‑ nents of standing rigging, Figure 4–1. 2 A simple standing rigging, found on sailing dinghies, consists of two shrouds and a jibstay, Figure 4‑2. The ends of these supports typically have swaged terminals Jibstay Shrouds with an eye at the upper end and a turnbuckle stem at the Backstay Jibstay Upper Boom Shroud Crutch Lower Shrouds Figure 4–2 Simple Standing Rigging lower end. Swaging is a method of permanently attach‑ ing terminals to wire rope by deforming a steel sleeve to clamp it to a wire securely. The shrouds and stays are typically attached at the upper end to tangs that are a part of the mast, Figure 4‑3. The lower ends of the jibstay and shrouds connect to the stemhead fitting and shroud chain plates, respectively, through turnbuckles. Turnbuckles permit easy and precise adjustment of standing rigging, Figure 4–1 Standing Rigging Sail 28 4 – Standing Rigging Mast Ta ng Through Bolts Clevis Pin Swaged Fitting Shroud or Stay Cotter Pin Backstay Jibstay Figure 4–3 Shroud and Tang Assembly Shroud or Stay Swaged Fitting Right Hand Thread Tu rnbuckle Barrel Cotter Pins Left Hand Thread Marine Fork Clevis Pin Figure 4–5 Fractional Rig Sloop provide a better sail shape, is possible with a fractional Cotter Pin rig. -
Firefly Rules Proposal
NATIONAL FIREFLY CLASS RULES 2010 The Firefly was designed in 1946 by Uffa Fox and was adopted as an national class in 1947. 2 National Firefly Class Rules 2010 INDEX PART I – ADMINISTRATION C.9 Sails ......................................... 11 Section A – General Section D– Hull A.1 Language ................................... 4 D.1 Parts ......................................... 12 A.2 Abbreviations ............................. 4 D.2 General ..................................... 12 A.3 Authorities.................................. 4 D.3 Hull Shell ................................. 13 A.4 Administration of the Class ....... 4 D.4 Deck ......................................... 14 A.5 ISAF Rules ................................ 4 D.5 Buoyancy Tanks ...................... 14 A.6 Class Rules Variations ............... 4 D.6 Gunwale Rubbing Strakes ....... 14 A.7 Class Rules Amendments .......... 4 D.7 Thwarts .................................... 14 A.8 Class Rules Interpretation .......... 4 D.8 Assembled Hull ....................... 15 A.9 Class Fee Building ..................... 4 Section E – Hull Appendages A.10 Sail Numbers ............................. 5 E.1 Parts ......................................... 16 A.11 Hull Certification ....................... 5 E.2 General ..................................... 16 A.12 Initial Hull Certification ............ 5 E.3 Centreboard ............................. 17 A.13 Validity of Certificate ................ 5 E.4 Rudder Blade, Rudder Stock A.14 Hull Re-Certification ................. 5 and -
Judy Blumhorst's Lecture Notes
file:///C:/Users/Judy/Dropbox/!Hyde-Sails/knowlegebase/Updating the C... Judy Blumhorst - 2 March 2013 JudyBSails.com Hyde Sails of Northern CA UPDATING THE CLASSIC POTTER 19 I. Potter Hull shape A. Hull is a great candidate for updating B. Can sail faster than displacement hull speed due to Llat panels II. Potter 19 Sport and Voyager 20 vs Classic 19 1. Sport and Voyager have more ballast than Classic P19 a) Stiffer than a P19 classic b) allows boat to carry more sail area 2. Sport and Voyager have a Taller Mast than Classic P19 a) Faster boat than the P19 Classic b) 30% more sail area overall c) 25’ mast, 7/8 fractional rig 3. Judy B’s Potter 19 Sport – Fastest, Stiffest, Sportiest Potter a) 300 pound keel bulb at bottom of the standard steel keel = 570 pounds (1) Draft 49” (2) Boat has 2.5 times more righting moment than Classic Potter – (3) Self-righting in a knockdown (a) Angle of Vanishing Stability was calculated @ 102-104 degrees b) Bow sprit for Asymmetric Cruising Spinnaker – c) New P19 interior without port cabinet is much more open inside. 4. Marine’s Voyager 20 – Biggest, very stable, most comfy Potter a) LOA is 19.5’ (1) Added 1’ to cockpit, new lockers, etc. b) Shoal keel with approx. 500-600 pounds ballast (1) Boat tracks extremely well, like a cutaway c) No keel trunk in cabin. d) New Interiour without port cabinet is very open inside e) Boat is much stiffer than Classic Potter CRUISING SPINNAKERS: SAILING FASTER THAN THE WIND III. -
Fractional Rig Without a Masthead Backstay with Aft Swept Spreaders
Fractional rig without a masthead backstay with aft swept spreaders Tuning instructions Comments These instructions should be read in conjunction with 1. Forestay tension Hints & Advice (H&A), (part. no: 595-540-E). The forestay tension is mainly controlled by tightness of the angled cap shrouds. If the leeward cap is slack, the forestay tension decreases drastically as the forestay mast attachment moves forward and the forestay sags. CAUTION! – When sailing with the main reefed so that the head- A sheeted, full main has a backstay effect created by board is 0.5 - 1 m below the forestay attachment, the mainsheet / leech tension. This influences forestay tension. mast can achieve a dangerous negative bend unless action is taken (see Comments 3.2.2). Regarding running backstays see Comments 3.2.9 – When sailing downwind in strong winds (especially with a spinnaker hoisted) cap shroud tension and mast compression will be high (see Comments 3.2.7). 1. Step the mast according to H&A, Fig. 1a. Correctly tuned cap shrouds chapters A, B and C1-C3. wind 2. Keelstepped masts only: Fit the tie rod rigging screws and mast mast a rest chocking according to H&A, C5-C7. both cap shrouds tensioned 3. Give the mast the desired fore and aft mast during sailing rake using the forestay. 4. Tension the cap shrouds to about 15% of both shrouds together restrict forward motion. the breaking load of the wire (see H&A, C4). This pushes the mast forward in the region of the spreaders. Fig. 1b. Incorrectly tuned cap shrouds 5. -
AKA List of Boat Class Version for SP List
9/14/2011 CLASS VERSION LIST (aka) Page 1 of 10 BOLD items are boats in PHRF-LO database THIS BOAT WITH/IS A VERSION OF IS A VERSION OF OR KNOWN AS ALDEN 45 EXTENDED STERN ALDEN 43 ALDEN 48 EXT STERN ALDEN 46 ALDEN 50 EXT STERN ALDEN 46/48 ALDEN 54 EXTENDED STERN, KETCH ALDEN 50/52 ALLIED 3030 AKA CHANCE 3030 ALLIED 39 SKEG RUDDER,NEW TRANSOM BORSAW 40/OWENS 40 ALLMAND 35 AKA CAPTIVA 35 ALOHA 8.2 AKA ALOHA 27 ANNAPOLIS 35 AKA YOUNG SUN 35 ANNAPOLIS 44 SLOOP LUDERS 44 ANTIGUA 44 AKA CSY 44 WALK-THROUGH ANTIGUA 53 UPDATED MORGAN OI51 APHRODITE 101 AKA BIANCA 101 APHRODITE 101 AKA INTERNATIONAL 101 AQUARIUS 23 AKA BALBOA 23 AQUARIUS 23-2 KEEL AQUARIUS 23 AQUARIUS 7.0 MASTHEAD,OUTBOARD RUDDER AQUARIUS 23 ARCO 33 Renamed COLUMBIA 33 ATLANTIC 44 AKA Jeanneau SO/Sun Magic 44 AURA 10.7 AKA COLUMBIA 10.7 AURA 8.7 AKA COLUMBIA 8.7 AURA H35 AKA HUGHES 35 AURA H40 AKA HUGHES 40 BABA 40 AKA PANDA 40 BAHAMA 26 AKA ISLANDER 26 BAHAMA 28 AKA ISLANDER 28 BAHAMA 30 NEW KEEL,RUDDER, AND DECK ISLANDER 30-2 TM BALBOA 23 AKA AQUARIUS 23 BALBOA 8.2 AKA BALBOA 27 BALT Family 17 AKA Jeanneau Sun Fast 17 BALTIC 33 SAIL DRIVE,TEAK DK OVERLAY,NEW KEEL C+C 33 BAYFIELD 25 AKA BAYFIELD 2325 BAYFIELD 32 AKA BAYFIELD 3032 BAYFIELD 32C TALL RIG, BOW SPRIT BAYFIELD 32 BBM IMS 39 IMSized PETERSON 38 BENETEAU 305 MORE FREEBOARD,MODIFIED STERN BENETEAU 30E BENETEAU 30ES IOR SKIRT STERN,LEAD KEEL,FRAC RIG BENETEAU 30E BENETEAU 325 MORE FREEBOARD,MODIFIED STERN BENETEAU 32 BENETEAU 46 AKA BENETEAU 461 BENETEAU EVASION 28 PILOT HOUSE BENETEAU ESCAPADE 28 BENETEAU IDYLLE 1150 -
2017 Mac Incident Reports
Proceeded to Other Relevant Location Incident Injuries Weather Port Safety Gear Was Incident Preventable Information 13.5 nm west of Ludington MI, * Boat damage - collision with a non-competing boat or object,* Equipment failure - NOT related No injuries or illness 2' waves, 270°wind 10-12 No. Ludington MI, [DEPLOYED]: No safety gear Yes, if Ericson HAD NOT chosen to weld 2:30 PM CDT to severe weather [DETAILS:] The rudder snapped completely off @ 2:30 PM CDT Saturday, knots; 'champagne' conditions Lake Street Marina, deployed, everything stayed with the (2) 3.5' lengths of 3" stainless steel inducing the boat to veer sideways and lay over at what we've labeled "Oh Shit!" degree of heel home base for Boat boat, including crew rudder stock to make a 7' length, with (45°+). We don't think we spiked the surface with the lower spreader, but it was close. WE US Towboat the weld point located at THE WORST counted noses immediately AFER the boat was on her feet again, all present and accounted for. possible location, subjected to the The kite was fouled and damaged, crew eased main and spin halyards as I ducked into the aft most load and hidden 3" beneath the compartment to see if we were taking on water and discern "what happened?". Yep, the rudder top of the rudder, invisible. The fact snapped, as the upper part was still intact and we were not taking on water. CG was hailed on this happened when it did falls under VHF and provided with all safe and not taking on water status and lat/lon position. -
ADJUSTMENTS, RECOMMENDATIONS 12 13 CATAMARANS - Special Instructions Marks
CATAMARANS ADJUSTMENTS, RECOMMENDATIONS 12 13 CATAMARANS - Special instructions Marks Catamarans are usually fitted with self-standing systems, - the mast must be placed lengthways in the boat; which keep the mast in place with a forestay and two top - to carry out the adjustments, use the mainsail halyard in order to mea- stays fastened to chain plates on the hull. sure the distance to an equidistant point on either side. These self-standing masts can be divided into two ϕ = 1 to 1,5° groups: Rake - pivoting masts called teardrop masts or wing masts 13.1 - finely adjust in order to find the best “Rake/Prebend” (wing masts as found on Formula (see below); 28 and F 40); - the tension of the forestay and the backstay should, if - fixed masts. possible, be the same as that of the shrouds and should These fixed masts are rigged in different ways: induce a rake ϕ (angled backwards) by about 1 to 1.5°. - masts on tripods: the spreaders are connected to the front by a martingale and a jumper enabling - e.g.: 10-metre mast: masthead the mast to be made rigid lengthways; pushed back by about 20 cm. - intermediate shapes: the mast is simply supported This mast rake will determine sideways by the spreaders and a bigger set of whether the boat has a lee shrouds (not self-standing lengthways, so no jum- helm or a weather helm. pers); The greater the rake, the more car take out weather helm and vice versa. - chimney masts: with no front jumper nor sprea- Catamaran rig ders, but the shrouds include lower shrouds and (diamond rig) Adjust only for a very small amount of pre-bend on occasionally a staysail stay. -
Boat-Of-The-Year' Awards Pettit, Deher, and Weiler
South Shore Yacht Club ) SOUTH SHORE PARK MILWAUKEE, WIS. PHONE 481-2331 , March, 1986 '86 Budget Approved, Club Officers Installed Members unanimously approved an operating budget of $416,635 at the Dec. 12 General Membership meeting. The 1986 officers and new board of directors also were installed with Peter Reiske officiating the traditional ceremony. The 1986 officers are: Commodore, SSYC's Flag Officers for 1986 are, from left. Vice Commodore John Martin, Commodore Jim James E. Putney; Vice Commodore, Putney, and Rear Commodore Roger Pettit. Bruce Nason Photo Roger Pettit; Corresponding Secretary, William. P. Dreher; Treasurer, Victor hi. f Weiler and Financial Secretary, Harold ZYKLON, FIREFLY, MICHELLE II O. Wehnes. Putney is serving his second term as commodore. Continuing to serve their second terms, respectively, are Win 'Boat-of-the-Year' Awards Pettit, Deher, and Weiler. Martin, the A full house honored the skippers and sen's Moewer38, a Class R boat, captured club's Financial Secretary in 1985, steps crew of the 1985 yacht racing season the overall spot for the club's Wednes• in as vice commodore for Jim Stollen- Dec. 7 at the club's annual Winner's day night South Shore Social Sailing werk, who chose not to run in 1986. Dinner. Following the awrds banquet Series (SS/SSS) and the Performance Wehnes, who has served previous terms upstairs, which was limited to 150 partic• Handicap Racing Fleet (PHRF) Division I as Corresponding Secretary, was elected ipants, the club sponsored a dance down• "Boat-of-the-Year" award. to succeed Martin. stairs open to all members and their The Boat-of-the-Year awards are spon• guests. -
HINTS and ADVICE on Rigging and Tuning of Your Seldén Mast
HINTS AND ADVICE on rigging and tuning of your Seldén mast Instructions for rigging. Conditions for valid guarantee. 1 2 Introduction 4 Rig types 6 Longitudinal rigging 8 Lateral rigging 10 Running rigging 12 Preparing the yacht for rigging 15 Checking the mast 16 At the crane 22 Keel-stepped masts 24 Alternative rigging of jib furling system 29 Tensioning the cap shrouds 31 “The folding rule method” 32 Tuning for safety 33 Masthead rigs 35 Fractional rigs 45 19/20 rig and similar 51 Bergström-Ridder rig 53 Booms 56 Rodkicker 59 Working aloft 60 Unstepping the mast 63 Annual maintenance 64 Damage or cosmetic flaws? 68 Storage 69 Mounting new fittings 70 Masts which are seldom unstepped 71 Boat ashore with the rig still in place 71 Calculating mast and rig dimensions 72 Positive roach + in-mast furling 75 Sail slides and sail entry (MDS) 76 The Seldén product range 77 Notes 90 Conversion factors 90 All rights reserved. No portion of this publication may be reproduced without the written permission of Seldén Mast AB. Printed in Sweden. Specifications and instructions contained herein are subject to change without notification. © Seldén Mast AB 3 The rig The rig – a combination of masts, booms, rigging and all types of equipment. It is obvious that the rig is a large and vital part of your yacht. Tuning for the best mix of perfor mance, reliability and operating safely requires a degree of knowledge. With “Hints and advice”, we aim to share with you our practical experience. You probably know most of this, but there is always something new to learn.