USS Akron (ZRS-4) Airship 1931-1933
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Hindenburg Disaster an Important Part of History That We Still Study
read-aloud Play/historical Fiction N1: People all over the An Unforgettable world dream of traveling in Disaster this fast and fancy airship: The explosion of the the Hindenburg. Hindenburg was the first major disaster captured on film: Scene 1 Photographs and N2: Werner Franz and his film footage of the brother, Günter, live in tragedy shocked Germany. people around the world. These N1: Werner needs a job. The incredible powerful images werner Franz: Günter, are helped ensure that any hotels hiring? true story of the largest the event would Günter Franz: Not that I never be forgotten. airship ever built—and know of. a terrifying disaster that werner: Hmm. Maybe I can get a job at a restaurant. will never be forgotten Günter: Look up in the sky! Here comes the Hindenburg! werner: It’s amazing! The Günter: I wonder if you can get a job on that airship. werner: That would make me the luckiest boy in the whole world. Scene 2 UP Text features As you read this play, N2: Seven months later, Werner’s dream Hindenburg CLOSE look closely at the dramatic photos and comes true. detailed captions. How do they help you N1: He becomes the new cabin boy on the understand this historic disaster? Hindenburg. By Kate Marks LOOK FOR WORD NERD’s 7 TERMS IN BOLD N2: Chief Kubis gives Werner a tour of the Disaster ship. heinrich kubis: Here are the sleeping rooms. Prologue It is your job to make the beds. Characters N1: A giant silver aircraft soars through the sky. -
Hindenburg: Last of The1 2 Gtaihi
www.PDHcenter.com www.PDHonline.org Table of Contents Slide/s Part Description 1N/ATitle 2 N/A Table of Contents 3~96 1 Exceeding the Grasp 97~184 2 Biggest Birds That Ever Flew 185~281 3 Triumph and Tragedy 282~354 4 Made in America 355~444 5 The Future is Now 445~541 6 LZ-129 542~594 7 Flight Operations 595~646 8 Magic Carpet Ride 647~759 9 Oh, The Humanity! 760~800 10 Back to the Future Hindenburg: Last of the1 2 GtAihi Part 1 “Ah, but a man’s reach should exceed his grasp, or what’s a heaven for?”for? Robert Browning, Poet Exceeding the Grasp 3 4 “...as by certain mechanical art and power to fly; The Dreams of Inventors so nicely was it balanced by weights and put in motion by hidden and enclosed air” Archytas of Tarentura, 400 B.C. 5 6 © J.M. Syken 1 www.PDHcenter.com www.PDHonline.org “…Then we are told of a monk who attempted a flight with wings from the top of a tower in Spain. He broke his legs, and wasafterwardburnedasasorcerer. Another similar trial was made from St. Mark’s steeple in Venice; another in Nuremberg;andsoonԝ - legs or arms were usually broken, occasionally a neck. In the sixteenth century we read of a certain Italian who went to the court of James IV of Scotland, and attempted to fly from the walls of Sterling Castle to France. His thig h was bkbroken; btbut,asareasonfor the failure, he asserted that some of the feathers used in constructing his wings “…Many other trials have there been of the same character. -
High-Energy Hydrogen III Teacher Page
High-energy Hydrogen III Teacher Page Safety of Hydrogen Student Objective The student: Key Words: • will be able to explain the current Hindenburg theory behind the Hindenburg disaster • will analyze the safety of gasoline vs hydrogen Time: 1 class period Materials: • video of the Hindenburg disaster newsreel (see Internet Sites below–vidicom-tv link) • PowerPoint presentation on the chemical causes of the Hindenburg disaster (see Internet Sites below–pbs.org) • online or printed copy of The True Story of Hydrogen and the Hindenburg Disaster (see Internet Sites below) • Slides of fuel leak simulation (see Internet Sites below–eere link) Background Information Many people believe hydrogen is dangerous, too dangerous to be used in society. Many use the Hindenburg disaster as one example, and the H-bomb and the first shuttle explosion as other examples. Some people know the H-bomb is made using tritium, an isotope of hydrogen. While the shuttle explosion was determined to be caused by an O-ring, it was only recently that additional information was obtained relative to the Hindenburg disaster. The new information is related to the “rocket fuel” that was painted on the airship. The fuel leak simulation shows what happens when two cars, one filled with hydrogen and the other filled with gas, are ignited. In the gasoline car, the fuel line was punctured with a 1/16 inch diameter hole which enabled the gasoline to leaked out of the fuel line under the middle of the car. During the 3.5 minutes of videotaping, the vehicle leaked five pints of gasoline (approximately 70,000 BTU). -
Hangar 2 Re-Use Guidelines
Re-Use Guidelines Hangar 2 (Building No. 46) NASA Ames Research Center Moffett Field, California August 30, 2006 Prepared for Integrated Science Solutions, Inc. Moffett Field, California Prepared by page & turnbull, inc. San Francisco, California Reuse Guidelines Hangar 2 Moffett Field, California Table of Contents I. INTRODUCTION ........................................................................................................ 3 a. Project Team..................................................................................................................................3 b. Purpose..........................................................................................................................................4 c. Methodology....................................................................................................................................4 d. Executive Summary.......................................................................................................................5 II. BUILDING SUMMARY ............................................................................................... 9 a. Description...................................................................................................................................10 b. History ........................................................................................................................................21 c. Construction Chronology ...............................................................................................................33 -
“The USS Akron Tragedy”
“The USS Akron Tragedy” I just hung on. I saw the other fellows fall and it didn’t make me feel any too good, but there was nothing I could do about it—‘ceptin’ to hang on tighter. I wouldn’t do it again for love or money. --Navy Apprentice Seaman C. M. Cowart, May 12, 1932 Since the early 1900s, the U.S. military had been fascinated with the potential of lighter-than-air aircraft. Between the world wars, U.S. Navy built several huge, helium-filled airships. But despite years of experience in airship construction, the dirigibles were risky to fly and often dangerous to land. San Diego would be the scene of a landing tragedy in May 1932. The USS Akron was launched on August 8, 1931, after a christening by the president’s wife, Mrs. Herbert Hoover, at the Goodyear-Zeppelin plant in Akron, Ohio. At 785 feet long and 152 feet tall, the steel-framed Akron was the biggest helium-filled airship ever built. Only the German- built, hydrogen-filled Hindenburg was larger. Called the “Queen of the Skies,” the Akron was flying warship, protected by seven machine guns, and carrying a crew of 89 naval officers and men. Along with her sister ship, the USS Macon, the Akron was designed for reconnaissance--to be the “eyes” of the Pacific fleet. The Akron was also built as a flying aircraft carrier. A remarkable inboard aircraft hanger carried two Sparrowhawk reconnaissance biplanes. The airplanes could be lowered from the dirigible by a “flying trapeze” and then launched into the sky. -
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Welcome 4 Marine Corps Recruit Depot, Parris Island ....4 Naval Hospital Beaufort ....................................5 Marine Corps Air Station Beaufort ................4 6th Marine Corps District ..................................6 Information to Assist You 7 Reporting In..................................................7 Law Enforcement................................................8 Vehicle Registration......................................7 Traffic Regulations ..............................................8 Weapons Registration ..................................8 Housing 9 Applications ................................................9 Naval Hospital Beaufort ..................................11 What’s Available at Parris Island ................10 Household Goods Shipments ..........................11 What’s Available at MCAS Beaufort ............11 Services and Facilities 12 Religious Services ......................................12 Postal Services ................................................16 Permanent Personnel Worship ....................12 Thrift Shops ....................................................16 Public Affairs Offices ..................................12 Veterinary Services..........................................16 Legal Assistance..........................................13 Parris Island Museum......................................16 Financial Assistance....................................13 MCCS-SC Business Operations ......................17 Table of Contents Table Finance Office............................................14 -
Airship Hangars in Canada
FWS Group Building Large Airship Hangars in Canada Engineering Considerations FWS Group History of Hangar Structures • In 1909, a French airplane pilot crash landed and rolled into a farmer’s cattle pen • He decided to set up shop in this unused shed, later ordering a number of these sheds for further use • The word hangar comes from a northern French dialect, and means "cattle pen" Zeppelin ZR3 approaching Hangar (Naval Air Station, Lakehurst, N.J) FWS Group History of Hangar Structures • A limited number of the over 100 airship hangars built in 19 countries survive today and documentation related to their construction is scarce • With the reinvention of the airship, the hangar needs to follow suit • Borrowing cues from the past and taking advantage of contemporary design and construction techniques FWS Group History of Hangar Structures • One of the first zeppelin sheds in Germany (1909) was a 600 ft x 150 ft x 66 ft steel-lattice structure with light cladding • 1920s saw the construction of parabolic reinforced concrete hangars • Designed by the pioneer of prestressed concrete, Eugene Freyssinet Construction of Former Hangar at Former Hangar at Orly, France Orly, France FWS Group Airship Hangars • “Hangar One” in California is a famous North American hangar that survives today • Over 1000 ft long and 308 ft wide Hangar One , NASA Ames Research Center USS Macon inside “Hangar One” circa 1933 Moffett Field, California FWS Group Airship Hangars • Another famous group of hangars in California are at Tustin • Over 1000 ft long, 300 ft wide and 178 ft high • All-wood design… war time rationing. -
Heading Style
Eaton wins $250 million, 20 -year aerospace contract for world's largest airship Wed May 16, 2001 - CLEVELAND, OHIO… Diversified industrial manufacturer Eaton Corporation (NYSE:ETN) said today its Aerospace business unit has signed a contractual agreement with CargoLifter Development GmbH of Berlin/Brand, Germany to provide the hydraulic power generation and distribution systems for the CargoLifter CL160 airship. The CL160 will be the largest lighter -than -air cargo airship in the world, and is designed to t ransport extremely large and heavy equipment and cargo containers. The program represents a revenue potential for Eaton of approximately $250 million over the next 20 years. Eaton has been selected to design, develop and integrate the hydraulic power gen eration system to power the blowers for the ballonets of the lighter -than -air gas management system, the winches for the cargo loading system and the flight controls. Eaton will also design and manufacture the entire hydraulic fluid power distribution netw ork that will provide total fluid conveyance for the hydraulic power generation system. The Eaton designed 4000 psi hydraulic system will be powered by eight Vickers brand main engine driven pumps and six Vickers brand AC motor pumps. The main hydraulic system will provide up to 1400 kilowatts of power to 16 speed -controlled blower motors, four to eight winch motors and eight flight control actuators, as well as several auxiliary power functions. Classified as a semi -rigid airship, as opposed to a blimp or dirigible, the CargoLifter's exterior structure is supported by an inner "bladder", or ballonet, which maintains the shape and altitude of the airship by increasing or decreasing air pressure. -
Graf Zeppelin
Bridgewater Review Volume 32 | Issue 1 Article 4 May-2013 Deutsche Luftshiffahrts-Aktiengesellschaft: Rediscovering the World’s First Airline Michael Sloan Bridgewater State University, [email protected] Recommended Citation Sloan, Michael (2013). Deutsche Luftshiffahrts-Aktiengesellschaft: Rediscovering the World’s First Airline. Bridgewater Review, 32(1), 4-7. Available at: http://vc.bridgew.edu/br_rev/vol32/iss1/4 This item is available as part of Virtual Commons, the open-access institutional repository of Bridgewater State University, Bridgewater, Massachusetts. Industrie’s double-decker A-380 passengers. William Randolph Hearst and gondola windows that opened as Deutsche Luftshiffahrts- in Lufthansa livery; and Zeppelin’s chartered it for the globe-straddling the Zeppelin spanned continents and LZ-129, the Hindenburg. 1929 flight, eastbound from New Jersey oceans at a pace of 80 miles an hour. Aktiengesellschaft: to New Jersey, so the flight could begin Onboard comfort and stylishness are These models of a ship, two airplanes, and end on American soil. readily evident. Above the lounge deck, and an airship reveal the enormous size Rediscovering the World’s visitors see a grouping of passenger of the Hindenburg, which was taller than Climb Aboard cabins that look very much like those and almost as long as the Queen Mary First Airline Museum visitors travel deeper into the on cruise ships and long-distance trains (making them both about the size of past and glimpse life aboard a Zeppelin in the twenty-first century. Back in the RMS Titanic). To put this in context, Michael Sloan dirigible (experienced by a total of only 1930s, a new sense of professional class when the Hindenburg flew by, it would 43,000 passengers). -
The Hindenburg Disaster
LZ-129 Hindenburg The Hindenburg (LZ-129) was a historic marvel of avionic engineering during the 1930's. It was built by the German company, Luftschifbau Zepplin who were successful leaders in creating lighter-than-air airships. Construction beganPrinciples in Germany in 1931 and was completed in 1936. It had a length of 803.8 feet, a diameter of 135 feet and weighed approximately 242 tons. It carried 7,063,000 cubic feet of hydrogen gas volume! Her framework was fabricated of a light and sturdy alloy known as duralumin. Sixteen gas cells were positioned throughout the length of the gigantic ship. A fireproof gelatin solution coated each gas cell against potentially permeating hydrogen gas. Four 16-cylinder Diesel engines were positioned in a staggered arrangement, two per side. Each Mercedes Benz engine was capable of 1,300 horse power at take-of; subsiding to about 850 horse power for cruising. The Hindenburg would carry all passengers inside her hull control car, instead of from a protruding gondola section. The control car was secured to the underside of the Hindenburg's body. Do you remember the story of the Hindenburg? Luxury aboard the Hindenburg The interior spaces on the Hindenburg were divided into three main areas: -Passenger Decks -Control Car -Crew Areas Passenger Decks The passenger space was spread over two decks, known as "A deck" and "B Deck." "A" Deck" contained the ship's dining room, lounge, writing room, port and starboard promenades, and 25 double-berth cabins. The passenger accommodations were decorated in the clean, modern design and the passenger areas on Hindenburg were heated, using forced air warmed by water from the cooling systems of the forward engines. -
Goodyear's Coal Important Role In
1111 1VI1 V/V 1 V/JL/nJ.1 = AKRON EDITION ===== PROTECT OUR GOOD NAME Vol. 34 AKRON, OHIO, WEDNESDAY, JANUARY 24, 1945 No. 4 GOODYEAR'S COAL MINES PLAY IMPORTANT ROLE IN WAR EFFORT — m OPERETTA "NEW 3,600 TONS SWOON," WILL BE Where Goodyear Takes Out Mountains Of "Black Diamonds" ) OFFERED IN MAY TURNED OUT Complete Auditions For Casting EVERY DAY Scheduled For Next Friday Night In Theater Responds To Call Of U. S. Government To Supply Goodyear-Akron Oper- Many Ohio Dealers "eSociety, rested from its arduous but highly successful Far beneath the earth's sur- presentation of "The Desert face, in the hills of Harrison Song," will hold complete audi- county, near Adena, O., more tions for the casting of another than 500 Goodyear coal miners popular R o m b e rg operetta, work in the underground pas- "New Moon," next Friday eve- sages so others might have heat ning in Goodyear Theater, start- and light and power. Producers ing at 7:30 o'clock. of this vital mineral for war Goodyear employes, and many plants and railroads since the lovers of music in Akron, ac- war began, the Goodyear mine, claimed this group's presenta- through dealers in dozens of tion of "The Desert Song" one Ohio cities, is supplying coal for of the finest ever given by ama- domestic purposes in the pres- teur performers. ent emergency. Officers of the society decided The Goodyear mine produces to call for auditions for the new more than 3,600 tons of this show immediately, so other tal- valuable black potential energy ented employes and members of BB^'^^^^ J B^ " ■ ft each day. -
History and Heritage Newsletter November 2012, Volume VI, No
History and Heritage Newsletter November 2012, Volume VI, No. 6 Banner Images for November What bridge am I and who built me? Who am I? Banner Images from September Issue The bridge was the Fraser River Bridge designed by C. Conrad Schneider, President of the ASCE in 1905. It was designed prior to the Niagara Cantilever Bridge by Schneider but the Niagara Bridge was built first due to the late delivery of the iron that had to be shipped from England for the Fraser River Bridge. The two bridges were the first cantilever bridges with a suspended span between the two river piers. A cantilever Fraser River Cantilever, 1884 to 1910 was chosen, as it was impossible to place falsework in the river upon which to build a simple span truss bridge. The Fraser River Bridge finally opened in 1884. It was removed in 1910 and rebuilt over the Niagara Creek and is now called the Frisco Bridge. Charles C. Schneider, President ASCE 1905 The engineer was George S. Morison, President ASCE 1895. He was born in New Bedford, Massachusetts in 1842 and attended Phillips Exeter and Harvard University. He trained to be a lawyer and was admitted to the Bar but chose to pursue a career in civil engineering. His first position was with Octave Chanute on the construction of the Missouri River Bridge. He followed Chanute to the Erie Railroad, which was upgrading its track and bridges. After a fire destroyed the Portage Bridge across the Genesee Gorge near Rochester, he replaced it with an iron bridge within 86 days.