Louis Adolf Grossmann

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Louis Adolf Grossmann (born September 24, 1855 in Brooklyn , † February 9, 1917 in Hamburg ) was a meteorologist .

Live and act

Grossmann was the son of a factory owner and grew up in the USA and later in Silesia . He studied mathematics, physics and astronomy in Berlin and Breslau and completed his military service in 1877/78. He then received his doctorate in 1880 in Breslau with a thesis on the calculation of the constants of the internal and external friction of gases and liquids.

After Grossmann had worked as an assistant at the Eberswalde Forest Academy from April 1880 to July 1886 , he moved to the Deutsche Seewarte in Hamburg. Here he initially worked as a laborer and assistant and received the title of professor in 1904. In 1907 he was appointed head of the department for weather telegraphy, coastal meteorology and storm warning systems . In particular, Grossmann wanted to improve the storm surge warning system, which at that time was still issuing numerous false reports. He described the relationship between storms and storm warnings on the coasts of the German Baltic and North Sea using systematic statistical methods .

Grossmann found precise mathematical formulas for basic meteorological research and entered the specialist literature with Guilbert-Grossmann's rule . The rule describes the reciprocal displacement of high pressure wedges and low troughs. The meteorologist was known to the public due to the daily autographed weather reports from the sea observatory.

Grossman died in February 1917 shortly after the end of a business prompted trip to Kurland at a pneumonia .

Fonts

  • Theory of the numerical calculation of the constants of the internal and external friction of gases and liquids by means of vibrating disks. In addition to an experimental study of the external friction between water and quicksilver. Wroclaw Cooperative Book Printing Works, Wroclaw 1880 (dissertation, University of Wroclaw, 1880).
  • A study of the absolute humidity of the air (= from the archive of the Deutsche Seewarte and the Marineobservatorium. Vol. 8.3). Hammerich & Lesser, Hamburg 1886.
  • Frequency, amount and density of precipitation on the German coast. After 15 years of observation by the normal observation stations of the German Sea Observatory (= from the archive of the German Sea Observatory and the Marine Observatory. Vol. 16.3). Hammerich & Lesser, Hamburg 1893.
  • About the application of Bessel's formula in meteorology, in particular the calculation of the coefficient in the main cases of meteorological practice (= from the archive of the Deutsche Seewarte and the naval observatory. Vol. 17.5). Hammerich & Lesser, Hamburg 1894.
  • The storms and the storm warnings on the German coast in the years from 1886 to 1895 (= from the archive of the Deutsche Seewarte and the naval observatory. Vol. 21.4). Hammerich & Lesser, Hamburg 1898.
  • The extreme temperatures in Hamburg in the years 1876–1900 (= from the archives of the Deutsche Seewarte and the Naval Observatory. Vol. 23.1). Hammerich & Lesser, Hamburg 1900.
  • The change in temperature from day to day on the German coast in the years 1890/99 (= from the archive of the Deutsche Seewarte and the naval observatory. Vol. 23.5). Hammerich & Lesser, Hamburg 1900.
  • The rotation of the winds on the German coast in daily and annual pace (= from the archives of the German Seewarte and the Naval Observatory. Vol. 26.4). Hammerich & Lesser, Hamburg 1903.
  • The storms and storm warnings on the German coast in the years 1896 to 1905 (= from the archive of the Deutsche Seewarte and the naval observatory. Vol. 32,2). Pierer, Hamburg 1909.

literature