Identifying and Preserving Historic Bridges
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Timber Bridge History Booklet for Web.Qxp
Printed on Member & recycled Supporter paper TimberTimber TrestleTrestle BridgesBridges inin Alaska Railroad Corporation P.O. Box 107500 • Anchorage, Alaska 99510-7500 (907) 265-2300 • Reservations • (907) 265-2494 AlaskaAlaska RailroadRailroad TTY/TDD • (907) 265-2620 www.AlaskaRailroad.com This History booklet is History also available online by visiting AlaskaRailroad.com Publication Table of Contents “The key to unlocking Alaska is a system of railroads.” — President Woodrow Wilson (1914) The Alaska Railroad at a Glance . 3 Alaska Railroad Historical Overview. 5 Early Development & Operations. 5 Revitalization & World War II . 6 Rehabilitation & Early Cold War . 7 Recent History . 7 About Timber Trestle Bridges . 8 History of Timber Trestle Bridges . 10 in the United States History of Timber Trestle Bridges . 13 on the Alaska Railroad Bridge under constructon at MP 54. (ARRC photo archive) Status of Timber Trestle Bridges . 18 on the Alaska Railroad Historical Significance of Alaska . … progress was immediately hindered 20 Railroad Timber Trestle Bridges by numerous water crossings and abundant muskeg. Representative ARR Timber Bridges . 20 Because a trestle was the easiest and cheapest way to negotiate these barriers, a great many of them were erected, Publication Credits . 22 only to be later replaced or Research Acknowledgements . 22 filled and then forgotten. — Alaska Engineering Commission (1915) Bibliography of References . 22 Cover photo: A train leaves Anchorage, crossing Ship Creek Bridge in 1922. (ARRC photo archive) 01 The Alaska Railroad at a Glance early a century ago, President Woodrow Wilson charged the Alaskan Engineering Commission with building a railroad connecting a southern ice-free harbor to the territory’s interior in order to open this vast area to commerce. -
Tonto National Forest Travel Management Plan
Comments on the DEIS for the Tonto National Forest Travel Management Plan Submitted September 15, 2014 via Electronic Mail and Certified Mail #7014-0150-0001-2587-0812 On Behalf of: Archaeology Southwest Center for Biological Diversity Sierra Club The Wilderness Society WildEarth Guardians Table of Contents II. Federal Regulation of Travel Management .................................................................................. 4 III. Impacts from Year Round Motorized Use Must be Analyzed .................................................. 5 IV. The Forest Service’s Preferred Alternative .............................................................................. 6 V. Desired Conditions for Travel Management ................................................................................. 6 VI. Purpose and Need Statements ................................................................................................... 7 VII. Baseline Determination .............................................................................................................. 8 A. The Forest Service cannot arbitrarily reclassify roads as “open to motor vehicle use” in the baseline. ............................................................................................................................................ 10 B. Classification of all closed or decommissioned routes as “open to motor vehicle use” leads to mischaracterization of the impacts of the considered alternatives. ...................................................... 11 C. Failure -
Rn H\It\ Iilli\\Iim" 1\ \\ ,,\ PB94-206216
-rn H\It\ IIlli\\IIm" 1\ \\ ,,\ PB94-206216 .. U.S. Department of Transportation OVERVIEW OF RAILROAD Federal Railroad ·~BRIDGES AND Administration ASSESSMENT OF METHODS TO MONITOR RAILROAD BRIDGE INTEGRITY Office of Research and Development Washington D.C. 20590 DOTIFRAlORD-94/20 June 23, 1994 This document is available to Final Report the u.s. public through the National Technical Information Service, Springfield, VA 22161 REPRODUCED BY U.s. Department of Commerce Nallonal Technical Informallon Service Spmgfield, Virginia 22161 NOTICE This document is disseminated under the sponsorship of the Department of Transportation in the interest of information exchange. The United States Government assumes no liability for its contents or use thereof. NOTICE The United States Government does not" endorse products or manufacturers. Trade or manufacturers' names appear herein solely because they are considered essential to the object of this report. REPORT DOCUMENTATION PAGE Form Approved OMB No. 0704-0188 Public reporting burden for this collection of information is estimated to average 1 hour ~er response, including the time for reviewing instructions, searching existing data sources, gathering and maintaining the data needed, and comp eting and reviewing the collection of information. Send comments regarding this burden estimate or any other aspect of this collection of information, including suggestions for reducing this burden, to Washington Headquarters Services, Directorate for Information Operations and Reports, 1215 Jefferson Davis Highway, Suite 1204, Arlington, VA 22202-4302, and to the Office of Management and Budget, Paperwork Reduction Project (0704-0188), Washington, DC 20503 "-------- -- - .... lk) 2, REPORT DATE 3. REPORT TYPE AND DATES 1-:' 1111111111111111111111111111111 COVERED PB94-206216 June 1994 Final Report 4. -
Victoria Bridge Picton
NOMINATION OF THE VICTORIA BRIDGE PICTON AS AN HISTORIC ENGINEERING MARKER lOam on Sunday 6 April, 2003, at the Picton Railway Station Upper portion of the 64-foot trestle, the deck is 92 feet above the water. Prepared for the Engineering Heritage Committee, The Institution of Engineers, Sydney Division by Don Fraser. VICTORIA BRIDGE, PICTON CONTENTS Locality maps 1 and 2 Statement of Significance 3 Nomination Form 4 RTA approving letter Proposed plaque words 5 Historic Picton 6 Picton Bridges 8 Evolution of the timber truss road bridge in NSW 13 Percy Allan 16 Assessment Form 17 RTA S170 Form 1 3 4 5 A LOWER PICTON VAULT HILL 1861 TIMBER TRUSS AND 1899 IRON GIDER BRIDGES IVHlrFI[LD 1867 STONE ARCH PICTON RAILWAY VIADUCT 1897 VICTORIA BRIDGE o ALLAN TIMBER TRUSSES IN. E P/CTON HIll F 1 • 2 3 4 5 Map 2 Picton and its historic bridges over Stonequary Creek Map 1 Sydney and Picton 3 Statement of Significance Victoria Bridge Picton, NSW This 3-span Allan t,mber truss road bridge over Stonequarry Creek, Picton is listed on the NSW State Heritage Register as an item of State Significance (Roads and Traffic Authority's Timber Bridge Ma1lageme1lt, January 2002, p6). • Opened in 1897, it is the second oldest Allan truss road bridge in NSW. • The bridge is associated \vith the eminent Public Works engineer Percy Allan. • This type of truss, nan1ed after its designer Percy Allan, was the third in a five-stage evolution (1861 - 1905) of timber tnlss road bridges in New South Wales. It was a significant technical improvement over the t\\/O preceding timber tnlss bridge designs. -
The Gokteik Railway Viaduct in the Shan States
The Gokteik Railway Viaduct in the Shan States Piers Storie-Pugh OBE TD DL FRGS wartalks.co Gokteik Trestle Bridge today (courtesy Tour Mandalay) Just over 40 miles northeast of Maymyo, now called Pyin U Lwin the ground plunges suddenly and unexpectedly deep into the Gokteik (Goteik) Gorge; a heavily forested and dark valley that, from the top, appears almost bottomless. Crossing this gorge had always provided a challenge for travel between Mandalay, Maymyo and Lashio. Dropping steeply into the River Gohtwin valley is a rather dicey track, with a dozen switchbacks and numerous blind corners, built to keep the highly congested traffic moving should the bridge ever be sabotaged! Map of Northern Shan States (courtesy Google Earth/Laura Hayworth) Maymyo, at three and a half thousand feet above sea level, was the summer capital of the British Colonial administrators of Burma and Lashio was the principal town of the Northern Shan States. At the end of the Victorian era a solution was found to the challenge of joining the railway line Maymyo to Lashio, which was necessary if Great Britain was going to extend administration and control of its most easterly province in Burma; sitting on the border with China. The result was the internationally famous trestle bridge, constructed right across the Gokteik Gorge making it then the second highest railway bridge in the world; and the longest bridge in Burma. It was constructed in 1899 by the Pennsylvania and Maryland Steel Bridge Construction Company with work starting on 28 April 1899. It was opened in January 1900, work was swift, with the construction being overseen by Sir Arthur Rendel, the officially appointed engineer to the Burma Railway Company. -
The Development of Wooden Bridges Through the Ages – a Review of Selected Examples of Heritage Objects. Part 1 – the Milestones
TECHNICAL TRANSACTIONS CZASOPISMO TECHNICZNE CIVIL ENGINEERING BUDOWNICTWO 2-B/2016 DOI: 10.4467/2353737XCT.16.161.5772 DONCHO PARTOV*, MARIUSZ MAŚLAK**, RADAN IVANOV*, MILEN PETKOV*, DENISLAV SERGEEV*, ANTOANETA DIMITROVA* THE DEVELOPMENT OF WOODEN BRIDGES THROUGH THE AGES – A REVIEW OF SELECTED EXAMPLES OF HERITAGE OBJECTS. PART 1 – THE MILESTONES ROZWÓJ MOSTÓW DREWNIANYCH POPRZEZ WIEKI – PRZEGLĄD NA WYBRANYCH PRZYKŁADACH OBIEKTÓW DZIEDZICTWA KULTUROWEGO. CZĘŚĆ 1 – KAMIENIE MILOWE A b s t r a c t In this article, selected examples of heritage wooden bridges, which were built over the centuries in various parts of the world, are presented and briefly discussed. The overview allows the observation of not only the continuous progress in the techniques used to construct bridges of this type but also the variety of the design solutions applied. Keywords: wooden bridge, cultural heritage, historical testimonies, old design solutions Streszczenie W artykule zaprezentowano i krótko omówiono wybrane przykłady realizacji mostów drew- nianych, stanowiących obiekty dziedzictwa kulturowego i budowanych w różnych rejo- nach świata na przestrzeni wieków. Zamieszczony przegląd obrazuje nie tylko ciągły postęp w technikach wznoszenia tego typu mostów, ale również różnorodność zastosowanych roz- wiązań konstrukcyjnych. Słowa kluczowe: most drewniany, dziedzictwo kulturowe, świadectwa historyczne, dawne rozwiązania konstrukcyjne * Prof. Ph.D. Doncho Partov, Assoc. Prof. Ph.D. Radan Ivanov, Assist. Prof. Milen Petkov, D.Sc. Civ. Eng. Denislav Sergeev, Assist. Prof. Antoaneta Dimitrova, University of Structural Engineering and Architecture (VSU) “Lyuben Karavelov”, Sofia, Bulgaria. ** Ph.D. D.Sc. Mariusz Maślak, prof. CUT, Faculty of Civil Engineering, Cracow University of Technology, Cracow, Poland. 94 1. Introduction Wood, in addition to stone, was probably one of the first building materials intentionally used by man to construct bridges. -
2021 Bridge Program Budget Is Just Over $40 Million
Bridge Program Project Scope Need, Purpose and Benefits The Alaska Railroad (ARRC) 500-plus miles The ARRC Bridge Program focuses on infra- of mainline and branch track includes 178 bridges structure integrity that underpins safe, reliable rail- and large culverts (10 or more feet in diameter) road transportation services. The Alaska Railroad that cross barriers ranging from streams to gulches. operates over the oldest transportation infra- Railroad bridges may be constructed from steel, structure in the state. Many rail system bridges concrete, wood or a combination of materials, with were constructed decades ago. The ARRC Bridge different span types included in a single bridge. Program pursues heavy maintenance, rehabilitation The ARRC Bridge Program identifies structures and replacement to maintain bridges in a state of requiring upgrade, overhaul or replacement. In good repair. pursuit of this program, ARRC’s current 5-year plan Program activities will address operational calls for 13 bridges to be replaced or rehabilitated efficiency. ARRC is forced to slow train speeds due by internal and contract workers. In addition to to bridge age and deterioration. ARRC must also these large projects, ARRC’s bridge crews accom- perform more preventive maintenance and repairs plish annual repair, rehabilitation and reconstruction in order to keep older bridges in safe and service- activities to ensure bridge structures continue to able condition. safely support ARRC operations. Existing rail bridge limitations also render the Some of the existing railroad bridges have Alaska Railroad’s freight business more costly to op- been identified as eligible, or potentially eligible, erate. ARRC must consistently limit loads on railcars for the National Register of Historical Places, either individually or as contributing elements to a poten- tial historic district. -
Early Hawaiian Bridges
Early Hawaiian Bridges Robert C. Schmitt Nobody knows when bridges were first constructed in Hawai'i, but published references go back at least as far as 1825. Visiting Hilo on 13 June of that year, G. S. Stewart recorded the presence of a pioneering foot-bridge over the Wailuku|River: About a hundred yards above the beach, it [the stream] opens into a still deep basin, encircled by high cliffs. Into this basin the whole stream is projected by two cascades, the upper about twenty feet, and the lower about eight feet, both rushing over their respective ledges of rock in unbroken sheets. A rude bridge crosses the stream just above the falls; and it is a favorite amusement of the natives to plunge from it, or from the adjoining rocks, into the rapids, and pass head foremost over both falls, into the lower basin.1 The Wailuku River bridge must have existed for only a short time, and it was quickly forgotten. Sereno Bishop, born on the Big Island in 1827, later recalled, "There were no bridges in these islands until after 1840."2 Titus Goan, the pioneer missionary who settled in Hilo in 1835, wrote, "For many years after our arrival there were no roads, no bridges, and no horses in Hilo," and devoted seven pages of his autobiography to a harrowing recital of the dangers encoun- tered while crossing streams in East Hawai'i.3 Nu'uanu Stream, which formed the northwestern boundary of early Honolulu, would certainly seem to have been a prime candidate for bridging, but no such feature appears on any available maps prior to the 1840s. -
A Context for Common Historic Bridge Types
A Context For Common Historic Bridge Types NCHRP Project 25-25, Task 15 Prepared for The National Cooperative Highway Research Program Transportation Research Council National Research Council Prepared By Parsons Brinckerhoff and Engineering and Industrial Heritage October 2005 NCHRP Project 25-25, Task 15 A Context For Common Historic Bridge Types TRANSPORATION RESEARCH BOARD NAS-NRC PRIVILEGED DOCUMENT This report, not released for publication, is furnished for review to members or participants in the work of the National Cooperative Highway Research Program (NCHRP). It is to be regarded as fully privileged, and dissemination of the information included herein must be approved by the NCHRP. Prepared for The National Cooperative Highway Research Program Transportation Research Council National Research Council Prepared By Parsons Brinckerhoff and Engineering and Industrial Heritage October 2005 ACKNOWLEDGEMENT OF SPONSORSHIP This work was sponsored by the American Association of State Highway and Transportation Officials in cooperation with the Federal Highway Administration, and was conducted in the National Cooperative Highway Research Program, which is administered by the Transportation Research Board of the National Research Council. DISCLAIMER The opinions and conclusions expressed or implied in the report are those of the research team. They are not necessarily those of the Transportation Research Board, the National Research Council, the Federal Highway Administration, the American Association of State Highway and Transportation Officials, or the individual states participating in the National Cooperative Highway Research Program. i ACKNOWLEDGEMENTS The research reported herein was performed under NCHRP Project 25-25, Task 15, by Parsons Brinckerhoff and Engineering and Industrial Heritage. Margaret Slater, AICP, of Parsons Brinckerhoff (PB) was principal investigator for this project and led the preparation of the report. -
Specialty Products for Bridge Construction, Repair & Maintenance
Distributed by: BEST MATERIALS LLC, Phoenix AZ Specialty Products Ph: 800-474-7570, 602-272-8128, Fax: 602-272-8014 for Bridge Construction, Email: [email protected] www.bestmaterials.com Repair & Maintenance Bridge Solutions Bridge Deck Protection deck protection solutions Bridge decks require protection Water Repellent Crack Sealing from chloride ion intrusion from Water repellents chemically bond with concrete Cracks in concrete are an entryway for water de-icing salts, as well as freeze- to create invisible protection that minimizes and other contaminants, including chlorides. No water intrusion and protects against chloride matter the size, both large and hairline cracks must thaw cycles and traffic erosion penetration. BASF products provide deep surface be sealed to promote the long term integrity of the over time. BASF offers a wide vari- penetration creating lasting protection and extend- deck. BASF provides effective products that are also ety of products to protect bridge ing the service life of new and existing bridge quick and easy to apply, minimizing traffic closure. decks. ® decks ranging from water repel- Degadeck Crack Sealer Plus lents to thin polymer overlays. The Enviroseal® 40 Methacrylate resin that fully penetrates, seals, and repairs hairline concrete cracks by gravity. Fully cured in one hour ultimate goal is to have a concrete Water-based 40% silane penetrating sealer. allows fast return to traffic. UV resistant. Hydrozo® 100 deck free of deterioration, keeping ™ Water-based 100% penetrating silane sealer. EpoXeal GS Structural it sound and safe for years to Epoxy resin that penetrates and repairs concrete cracks. Hydrozo® Silane 40 VOC Easy to apply by gravity feed. -
Arizona´S Public Lands
52 OF THE STATE’S SCENIC WONDERS JANUARY 2018 ESCAPE • EXPLORE • EXPERIENCE EXPLORE ARIZONA´S PUBLIC LANDS P.S. THIS LAND IS YOUR LAND 2 EDITOR’S LETTER 16 OPEN TO THE PUBLIC 52 SCENIC DRIVE For nearly a century, Arizona Highways Agua Caliente Road: With all of the farm- 3 CONTRIBUTORS has been showcasing the scenic beauty land, stockyards and solar panels around Grand Canyon National Park of the forty-eighth state. There’s a lot of Gila Bend, it might come as a surprise 4 LETTERS Jerome ground to cover, and more than a third of that there’s a scenic drive in the area, too, Hellsgate January 2018 it is located on public lands — this land but this historic route fits the bill. Wilderness 5 THE JOURNAL is your land. It’s too much to present By Noah Austin PHOENIX People, places and things from around comprehensively, so we’ve narrowed the Photographs by Jim Marshall the state, including a restaurant in list of great outdoor places to 52 … one Gila Bend Jerome called Grapes — it’s not “another for each weekend of the year. 54 HIKE OF THE MONTH tourist trap,” the owner says; the history Edited by Robert Stieve Tucson behind Bisbee’s $2 million tunnel; and Blackett’s Ridge Trail: The payoff on this Bisbee a former cattle ranch near Tucson that hike is one of the best panoramas in the 42 ROUGH COUNTRY Santa Catalina Mountains. But getting now features luxury casitas, a nature POINTS OF INTEREST IN THIS ISSUE trail and the toy-like squeaks of Gila An Essay by Kelly Vaughn there takes some doing. -
Janet F. Barstad Curriculum Vitae
Janet F. Barstad Curriculum Vitae Education 1981 M.S. Botany, Arizona State University, Tempe, Arizona 1960 B.A. History, Middlebury College, Middlebury, Vermont Graduate research & teaching assistantships, Arizona State University, Tempe, Arizona Research: Arizona State University; Salt River Project; U.S. Army Corps of Engineers; USDA Forest Service. Teaching: Plant Ecology; Survey of the Plant Kingdom; Biology for Majors; Plant Morphology. Master’s Thesis: Factors controlling plant distribution in a riparian deciduous forest in southeastern Arizona. Arizona State University, Tempe, Arizona, 1981. Educational Affiliations 2006 - Adjunct Faculty Arizona Center for Medieval and Renaissance Studies (ACMRS) Arizona State University, Tempe, Arizona Employment 2004-present Chronognostic Research Foundation, Inc. (nonprofit corporation) founder and president; www.chronognostic.org 2000-2004 Bureau of Census, U.S. Department of Commerce Census 2000 crew leader; Survey of Construction field representative 1986-present Arizona Highways Magazine, Phoenix, Arizona contributor: writing and photography 1984-present Freelance writing, photography, graphic arts, botany&ecology Founded Prose & Images (sole proprietorship) 1982-1984 Desert Botanical Garden, Phoenix, Arizona publications director 1977-1981 Rocky Mountain Forest & Range Experiment Station, USDA Forest Service, Arizona State University biologic aide, biologic technician Janet F. Barstad 2 1976-1981 Division of Agriculture (Natural Resources) and Department of Botany & Microbiology Arizona