Drilldown: Publications

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• Airplane (18)
• Airship (15)
• Companies (474)
• Event (141)
• Letters (683)
• Organizations (964)
• Patents (17448)
• Person (2040)
• Publications (24414)
• Techtypes (2337)

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• Timeline: Date
• Calendar: Date

A

• Abbe, 1891, The Mechanics of the Earth's Atmosphere. A Collection of Translations
• Abbe, 1893, Meteorological Work of the U.S. Signal Service, 1870 to 1891
• Adler, 1907, Samuel Pierpont Langley
• Aero Club of America, 1909, Wright memorial books
• Airships and flying machines
• Alcacer, Gittelman, and Sampat, 2008
• Alcacer, Gittelman, and Sampat, 2008
• Alexander, 1902, The conquest of the air; the romance of aerial navigation
• Allen, 1864, Monograph of the bats of North America
• Andrée Diaries, 1931
• Angle, 1921, Airplane Engine Encyclopedia
• Arago, 1863, Aeronautic voyages performed with a view to the advancement of science

B

• Bacon, 1898, Scientific ballooning
• Bacon, 1911, How Men Fly
• Baden-Powell, 1902, Recent aeronautical progress, and deductions to be drawn therefrom, regarding the future of aerial navigation
• Bailey (1946)
• Bailey (1946)
• Baker, 2000
• Barber, 1918, Aerobatics
• Beehler, 1895, The origin and work of the division of marine meteorology
• Begley, 2017, The Great Nadar
• Bell, 1907, A few notes of progress in the construction of an aerodrome
• Bellon, 1990, Mercedes in peace and war
• Bishop, 1907, Preface. The Aero Club of America
• Bradley and Perry, 1909, Power generation and transmission in aeroplanes
• Brockett, 1910
• Brockett, 1923
• Brooks, 1992, Zeppelin
• Bryan, 2018

C

• Cameron, 1893, Aerial navigation
• Chanute, 1891, Aerial navigation
• Chanute, 1891, Aerial navigation. A lecture delivered to the students of Sibley College, Cornell University, May 2, 1890
• Chanute, 1894, Progress in flying machines
• Chanute, 1897, Recent experiments in gliding flight
• Chanute, 1901, Aerial navigation: balloons and flying machines from an engineering standpoint
• Chanute, 1903, Aerial navigation
• Chanute, 1904, Aerial navigation (Pop. Sci. Monthly)
• Chanute, Moy, and Lilienthal, 1899, Progress in flying machines; The flight of the albatross; The flying man
• Chase, 1894, The coming railroad. The Chase-Kirchner aerodromic system of transportation
• Chatley, The force of the wind
• Coffin, 1854, Winds of the northern hemisphere
• Coffin, 1876, The winds of the globe; or the laws of atmospheric circulation over the surface of the earth
• Conway, 2006
• Cresee, 1902, Practical Pointers for Patentees
• Crouch, 1983
• Curtis, 1894, A problem in mechanical flight

D

• D'Orcy, 1917
• Davenport, 1978, Gyro
• Davidson, 1840, Disclosure of the discovery and invention, and a description of the plan of construction and mode of operation of the aerostat; or, A new mode of aerostation
• Davidson, 1858, A new theory of the flight of birds
• Davis, 1895, The Redfield and Espy period
• Dean, 1893, Duty trial of a fly-wheel, high duty, automatic cut-off, cross compound, pumping engine
• Delmard, Blathwayt, 1899, European military ballooning
• Denza, 1896, Meteorology of the Italian mountains
• Dienstbach and Whytock, 1908, Motor ballooning
• Dienstbach, 1907, Practical air craft
• Dienstbach, 1908, Europe's aerial navies
• Dienstbach, 1908, The Perfect Flying Machine
• Dierikx, 2018
• Dines, 1896, The relative merits of anemometers in general use
• Draper, 1896, Relative merits of the various types of registering maximum and minimum thermometers
• Durand, 1907, Researches on the performance of the screw propeller
• Durnford, 1907, The flying-fish problem
• Dyke, 1908, The anatomy of the automobile, section on The airshps

E

• Eddy, 1898, Some kite experiments
• Elster and Geitel, 1895, Review of recent investigations into the subject of atmospheric electricity
• Elster and Geitel, 1899, Ueber die Existenz elektrischer Ionen in der Atmosphäre
• Epstein, 2014, Torpedo
• Eschenhagen, 1895, On some improvements in magnetic instruments

F

• Fassig, 1896, Report of the International Meteorological Congress held at Chicago, August 21-24, 1893
• Fassig, 1907, The use of kite and balloons in the U. S. Weather Bureau
• Ferguson, 1899, Progress of experiments with kites during 1897-1898, at Blue Hill Observatory
• Ferrel, 1860, The motions of fluids and solids relatively to the earth's surface: comprising applications to the winds and currents of the oceans
• Ferrel, 1877, Meteorological researches. Part 1, on the mechanics and the general motions of the atmosphere
• Ferrel, 1882, Prof. paper No. 12. Popular essays on the movements of the atmosphere
• Ferrel, 1886, Recent advances in meteorology
• Ferrel, 1890, A popular treatise on the winds: comprising the general motions of the atmosphere, monsoons, cyclones, tornadoes, waterspouts, hailstorms
• Fischer, 1899, The art of flying
• Flink, 1988, The Automobile Age
• Fonvielle, 1894, Exploration of the upper atmosphere
• Foster, 1909, The highway of the air
• Freudenthal, 1949, Flight into history

G

• Gardner, 1905, When men wear wings
• Genet, 1826, Experiments and application to mechanical industry of the upward force of fluids

• Gent, 1825, Memorial on the upward forces of fluids
• Gerland, 1896, Historical sketch of instrumental meteorology
• Gibbs-Smith, 1974, Flight Through the Ages
• Glassford, 1908, Memorandum on the Santiago captive balloon
• Glassford, Prolegomenon. With historic sketch of balloon during Civil War and United States Army Aeronautical Corps
• Goddard, 2003
• Gower, 1885, A system of air torpedoes: with remarks upon the late attempts at air navigation for war purposes
• Grahame-White & Harper, 1912, The Aeroplane in War
• Grahame-White and Harper, 1915, Zeppelin airships: their record in the war
• Greely, 1900, Balloons in war
• Grosvenor, 1903, The tetrahedral kites of Dr. Alexander Graham Bell
• Grove, 2015

H

• Hammer, 1907, A flight over Paris
• Hammon, 1891, Meteorological observations taken in four balloon voyages
• Hanlon and Jaworski, 2022, Effects of patent protection
• Harriman, 1904, Mechanical flight
• Harris, 1981
• Harrison, 1985
• Hartcup, 1974
• Harting, 1870, Observations upon the relative size of the wings and the weight of the pectoral muscles, in the vertebrated flying animals
• Hastings, 1894, On the problem of aerial navigation
• Head, 2008
• Heilig, 1901, The dirigible balloon of M. Santos-Dumont
• Hele-Shaw, 1886, Friction. The nature and laws of the friction of fluids
• Hellmann, 1895, Contribution to the bibliography of meteorology and terrestrial magnetism, 1400-1700
• Helmholtz, 1891, About atmospheric movements, about the theory of wind and waves. Sitzungsberichte der Königlich Preussischen Akademie der Wissenschaften zu Berlin, 1889.Translated and republished by Abbe/Smithsonian
• Helmholtz, 1891, On discontinuous motions in liquids. Pp. 58-66 (Monatsberichte der Königlich Preussischen Akademie der Wissenschaften zu Berlin, 1868, Berlin, 1869, pp. 215-228). Translated and republished by Abbe/Smithsonian
• Helmholtz, 1891, On the Integrals of the Hydro-Dynamic Equations that Represent Vortex-Motions. Translated and republished by Abbe/Smithsonian
• Helmholtz, 1891, The Energy of the Billows and the Wind. (Die Energie der Wogen und des Windes.) Translated and republished by Abbe/Smithsonian
• Hennessey, 1958, The United States Army air arm
• Henry, 1908, Temperature inversions at the Mount Weather Observatory
• Henry, 1991
• Herring, 1896, Dynamic flight
• Herring, 1897, Recent advices toward a solution of the problem of the century
• Hersey, 1908, Experiences In the sky
• Hertz, 1891, A Graphic Method of Determining the Adiabatic Changes in the Condition of Moist Air. Translated and republished by Abbe/Smithsonian
• Hildebrandt, 1908, Airships past and present, together with chapters on the use of balloons in connecttion with meteorology, photography and the carrier pigeon
• Hills, 1906, Pilot balloons and the upper winds
• Hirschel, Prem, & Madelung, 2014, Aeronautical Research in Germany
• Hodgins & Magoun, 1930
• Holland, 1892, Aerial navigation
• Holland, 1907, How to fly as a bird
• Horgan, 1965
• Horgan, 1965
• Hornby, 1894, The gas engineers laboratory hand-book
• Howland, 1908, The Sons of Daedalus
• Hudson, 1968, Hostile Skies
• Huffaker, 1897, On soaring flight
• Hughes, 1971, Elmer Sperry
• Hughes, 1971, Elmer Sperry

J

• Jaffe and Trajtenberg (2002)
• Jamestown Aeronautical Congress, 1907
• Jaworski and Smyth, 2018, Shakeout among airframe manufacturers starting 1930s
• Jungdahl, 2013, Public influence on the proliferation of military aviation 1907–1912

K

• Kalt, 2017, High in Desert Skies
• Khan, 2005
• Kirchhoff, 1891, The Theory of Free Liquid Jets. Translated and republished by Abbe/Smithsonian
• Kremser, 1896, The study of the upper atmosphere by means of balloons

L

• Lachambre, 1898, Andrée's balloon expedition in search of the North Pole
• Lafond and Kim, 2019
• Lahm, 1907, The First Annual Aeronautic Cup Race
• Lahm, 1909, The air -- Our true highway
• Lancaster, 1885, The problem of the soaring bird
• Lancaster, 1886, Gravitation and the soaring birds
• Lancaster, 1886, Mechanics of soaring (1)
• Lancaster, 1886, Mechanics of soaring (2)
• Lancaster, 1886, The wings of birds
• Langley and Lucas, 1901, The greatest flying creature. Introducing a paper by F. A. Lucas
• Langley, 1893, Le travail intérieur du vent
• Langley, 1894, The internal work of the wind (4)
• Langley, 1897, Langley, Samuel Pierpont. Story of experiments in mechanical flight
• Langley, 1897, Story of experiments in mechanical flight
• Langley, 1897, Story of experiments in mechanical flight
• Langley, 1897, The Flying Machine
• Langley, 1901, The greatest flying creature
• Langley, 1901, The Langley aerodrome - note prepared for the conversazione of the Amer. Inst. of Elec. Engineers, New York City, April 12, 1901
• Langley, 1901, The Langley aerodrome: Note for the American Institute of Electrical Engineers, 1901
• Langley, 1902, Experiments in aërodynamics (2)
• Langley, 1904, Experiments with the Langley aerodrome
• Langley, 1904, Experiments with the Langley aerodrome (1)
• Langley, 1908, Experiments with the Langley aerodrome (3)
• Langley, 1908, The internal work of the wind (5)
• Langley, Adler, and Lucas, 1908, Researches and experiments in aerial navigation, Reprinted from the Smithsonian reports
• Laufer, 1928, Prehistory of Aviation

• Lawson, 1937, Lawson: Aircraft Industry Builder
• Le Maitre, 1911, Natural Stability
• Leary, 1979
• Lebow, 1998
• Lemström, 1895, The cosmical relations manifested in the simultaneous disturbances of the sun, the aurora, and the terrestrial magnetic field
• Lilienthal, 1893, The problem of flying and practical experiments in soaring
• Lilienthal, 1893, The problem of flying and practical experiments in soaring
• Lilienthal, 1894, The flying man
• Lilienthal, 1896, Practical experiments for the development of human flight
• Lilienthal, 1897, Our teachers in sailing flight
• Loening, 1911, Monoplanes and Biplanes
• Lowe, 1859, The airship City of New York; a full description of the airship and the apparatus to be employed in the aerial voyage to Europe; with a historical sketch of the art of ballooning, and the aeronaut's address to the public
• Lowe, 1907, A balloon trip from Cincinnati, Ohio, to South Carolina, in April 1861
• Luce, 1898, Kites and experiments in aërial photography
• Ludlow Hammer Post, 1907, Navigating the air; a scientific statement of the progress of aeronautical science
• Ludlow, 1907, Experimental flights with a man-carrying aeroplane
• Lyle, 1901, Santos-Dumont circling the Eiffel Tower in an airship
• Lyle, 1901, Santos-Dumont circling the Eiffel Tower in an airship
• Lyon, 1908, On the use of the liquid hydrogen and hydrogen-containing-compounds in long distance balloon flights

M

• Manly, 1907, Critical remarks on progress
• Marey, 1869, Phenomena of flight in the animal kingdom
• Marey, 1869, Phenomena of flight in the animal kingdom
• Marvin, , Instructions for aerial observers
• Marvin, 1889, Measurement of wind velocity
• Marvin, 1891, Wind pressures and the measurement of wind velocity
• Marvin, 1896, Kite experiments at the Weather Bureau
• Marvin, 1897, A monograph on mechanics and equilibrium of kites
• Marvin, 1897, The mechanics and equilibrium of kites (1)
• Marvin, 1897, The mechanics and equilibrium of kites (2)
• Marvin, 1899, The use of kites in the exploration of the upper air
• Marvin, 1900, Anemometry. General information on instruments for indicating, measuring, and automatically recording wind movement and direction, and instructions for Weather Bureau instruments
• Mascha, 1905, The structure of wing-feathers
• Mascha, 1905, The structure of wing-feathers
• Maury, 1859, The winds at sea; their mean direction and annual average duration
• Maxim, 1891, Aerial navigation, The power required
• Maxim, 1892, Progress in Aerial Navigation
• Maxim, 1894, The development of aërial navigation (1)
• Maxim, 1896, Natural and artificial flight
• Maxim, 1902, Conquest of the air. Romance of aerial navigation
• Maxim, 1908, Artificial and natural flight (2)
• Maxim, 1908, Man's machine-made millennium
• McAdie, 1895, Protection from lightning
• McAdie, 1917, Principles of Aërography
• McAlphin, 1901, Santos-Dumont and his airship
• McCoy, 1907, How I became a pilot
• Means, 1891, Manflight
• Means, 1894, The problem of manflight
• Means, 1895, Problem of manflight
• Means, 1895, The Aeronautical Annual
• Means, 1896, The Aeronautical Annual
• Means, 1897, The Aeronautical Annual
• Meiklejohn, 1906, The conquest of the air
• Melville, 1901, The engineer and the problem of aërial navigation
• Milera, 2022
• Miller, 1908, Ballooning in the Berkshires
• Miller, 2003, A Preliminary to War
• Millet, 1896, The Malay kite
• Millet, 1897, Scientific kite-flying
• Monck, 1837, Account of the late aeronautical expedition from London to Weilburg, accomplished by Robert Holland, Monck Mason, and Charles Green, aeronaut (2)
• Moore, 1921, Helium
• Moser, 2013, Patents and Innovation
• Mouillard, 1893, The empire of the air: An ornithological essay on the flight of birds (1)
• Mowery, 2015
• Müllenhoff, 1897, Otto Lilienthal. A memorial address delivered before the Deutschen Verein zur Förderung der Luftschiffahrt, November 26, 1896
• Müller, 1908, The air-sacs of the pigeon
• Müller, 1908, The air-sacs of the pigeon
• Myers, 1883, Aerial adventures of Carlotta; or, Sky-larking in cloudland, being haphazard accounts of the perils and pleasures of aerial navigation. By the lady aeronaut, Carlotta. On cover: Sky-larking in Cloudland; or, Adventures of Carlotta

N

• National Aeroplane Fund, 1915, National Aeroplane Fund
• Neilson, 1903, The effects of wind pressure on structures
• Newcomb, 1906, Side-lights on astronomy and kindred fields of popular science
• Newcomb, 1906, Side-lights on astronomy and kindred fields of popular science
• Newcomb, 1908, The problem of aerial navigation (1)
• Nipher, 1898, A method of measuring the pressure at any point on a structure, due to wind blowing against that structure

O

• Ockerson, 1894, Flood plains of the Mississippi River

P

• Parramore, 2002, First to Fly
• Parramore, 2002, First to Fly
• Peterson, 1969, Air-Age Scrapbook
• Pettigrew, 1867, On the various modes of flight in relation to aeronautics
• Pierce, 1911, Dictionary of Aviation
• Pierpont, 1909, Aero Club of Springfield
• Porter, 1921, Aerial Observation
• Porter, 1921, Aerial Observation