Karl Gölsdorf
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Karl Gölsdorf (8 June 1861 – 18 March 1916) was an Austrian engineer and locomotive designer.


Early life

Karl Gölsdorf was born on 8 June 1861 in
Vienna Vienna ( ; ; ) is the capital city, capital, List of largest cities in Austria, most populous city, and one of Federal states of Austria, nine federal states of Austria. It is Austria's primate city, with just over two million inhabitants. ...
, the son of Louis Adolf Gölsdorf. Even as a schoolboy he was introduced to locomotive design by his father, the chief mechanical engineer (''Maschinendirektor'') of the Imperial and Royal Southern Railway (''k.u.k. Südbahn''). From 1880 to 1884, he attended the Vienna Technical High School and completed his diploma with distinction. In 1885, he joined the ''Wiener Maschinenfabrik'' (Vienna engineering works) as a chief design engineer. In 1889, he became head of assembly for locomotive construction. On 1 November 1891, he joined the design office of the Austrian State Railway as an engineer-''Adjunkt'' and began his creative work there.


Inventions

In 1893, he invented an effective starting system for compound locomotives. Until then, the locomotive starting systems in common use in Austria, with its sometimes taxing railway lines, didn't enable trains to be started reliably. Also thanks to Gölsdorf was the practical idea that a higher
boiler A boiler is a closed vessel in which fluid (generally water) is heated. The fluid does not necessarily boil. The heated or vaporized fluid exits the boiler for use in various processes or heating applications, including water heating, centra ...
pitch on steam locomotives had no real disadvantages. A study visit to
England England is a Countries of the United Kingdom, country that is part of the United Kingdom. It is located on the island of Great Britain, of which it covers about 62%, and List of islands of England, more than 100 smaller adjacent islands. It ...
in 1899 was to heavily influence the use of form in his designs. Gölsdorf became especially well known as a result of his inventing the radially-sliding coupled axle for
steam locomotive A steam locomotive is a locomotive that provides the force to move itself and other vehicles by means of the expansion of steam. It is fuelled by burning combustible material (usually coal, Fuel oil, oil or, rarely, Wood fuel, wood) to heat ...
s, the so-called Gölsdorf axle. The first steam engine to be equipped with this was an eight-coupled steam locomotive in 1897, the .The ten-coupled , whose first, third and fifth axles were all able to slide sideways in the frame, demonstrated that, in almost all cases, locomotives with multi-part frames and complicated articulated designs would be superfluous. From that time forward, this type of construction became the standard for heavy goods locomotives. From 1893 to 1916, Karl Gölsdorf was the chief design engineer of the
Imperial Royal Austrian State Railways The Imperial-Royal State Railways () abbr. ''kkStB'') or Imperial-Royal Austrian State Railways (''k.k. österreichische Staatsbahnen'',The name incorporating "Austrian" appears, for example, in the 1907 official state handbook (''Staatshandbuch'' ...
(''kaiserlich-königlichen österreichischen Staatsbahnen'' or ''kkStB'') and developed 25 different classes of steam locomotive (in 47 variants) during his career. Amongst his designs were such well-known types as the Class 30 operated by the Vienna Stadtbahn, the ''Atlantics'' of classes and , and the ten-coupled . Notable 'special' designs included the rack railway steam locomotives of Class 269 for the ''Erzbergbahn'' and the
narrow gauge A narrow-gauge railway (narrow-gauge railroad in the US) is a railway with a track gauge (distance between the rails) narrower than . Most narrow-gauge railways are between and . Since narrow-gauge railways are usually built with Minimum railw ...
Yv for the '' Ybbstalbahn''. Karl Gölsdorf continually utilized the emerging technologies of the time. His locomotive of 1911, a six-coupled express locomotive with a four-
cylinder A cylinder () has traditionally been a three-dimensional solid, one of the most basic of curvilinear geometric shapes. In elementary geometry, it is considered a prism with a circle as its base. A cylinder may also be defined as an infinite ...
, superheated compound engine, was one of the most elegant of its day and, since the reactivation of no. 310.23 in 1986, currently the most well-known product of the Austrian design engineer. As a result of his inventions, in 1910, he was made a Doctor of Engineering at Hannover Technical University. In 1913, he was appointed as department head. Karl Gölsdorf was an active member of the German Railway Administrations Union and also brought his expertise to bear as the co-publisher of the paper ''Eisenbahntechnik der Gegenwart'' (''Railway Technology Today''). His collection of photographs earned special fame in connexion with this; it was owned today by the
Deutsches Museum The Deutsches Museum (''German Museum'', officially (English: ''German Museum of Masterpieces of Science and Technology'')) in Munich, Germany, is the world's largest museum of science museum, science and technology museum, technology, with a ...
.


Death

Karl Gölsdorf died unexpectedly on 18 March 1916 at Wolfsbergkogel whilst staying in Semmering, Austria, of an acute throat infection and not, as incorrectly reported in media at the time, from the consequences of an accident with a locomotive.


Citations

The saying that "you can't save a tonne of weight on a locomotive - but you can save a kilo in a thousand places" (''Man kann an einer Lokomotive nicht eine Tonne Gewicht einsparen - wohl aber an tausend Stellen ein Kilo'') is attributed to Gölsdorf.


Preservation

Two members of Gölsdorf's magnificent 310 class survive in preservation today, one of which is operational. 310.23 is owned and operated by the Strasshoff Railway Museum.


See also

* List of railway pioneers


References

* *


External links

* {{DEFAULTSORT:Golsdorf, Karl 1861 births 1916 deaths Austrian railway mechanical engineers Engineers from Vienna TU Wien alumni Locomotive builders and designers Engineers from Austria-Hungary