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Austrian Society For Railway History
The Austrian Society for Railway History (german: Österreichische Gesellschaft für Eisenbahngeschichte or ÖGEG) is an Austrian society that was formed from a group of railway fans, who got together around 1971 in order to look after working steam locomotives at the Austrian Federal Railway (ÖBB) depot of Linz. History The society was founded in 1974 in Linz, with the aim of taking into its ownership one of the steam locomotives that it had cared for, as well as preserving the closed railway line, the ''Florianerbahn'', as a heritage railway. In the following years the ÖGEG acquired several retired ÖBB locomotives. The first one to run again under its own power on ÖBB lines was locomotive ÖBB 93.1455 in 1978. In succeeding years other locomotives were refurbished in the rented ÖBB boiler house at Amstetten, and several were presented to large numbers of the public in 1987 at the 150th anniversary of the railways in Austria at vehicle parades in Strasshof an der Nordbahn a ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Steyrtalbahn 02
The Steyr Valley Railway (german: Steyrtalbahn) was a narrow gauge railway in Upper Austria, which ran along the valley of the River Steyr from Garsten through Steyr, Grünburg and Molln to Klaus, with a branchline to Sierning and Bad Hall. A section of the line has been retained as a museum railway. History The main industries of the Steyr valley were forestry and metalworking. Timber obtained in the area was of a quality useful only for building and firewood or for the charcoal or paper production. Road transport was too expensive, and rail transport was required so the timber could be harvested profitably. In 1868 the Rudolf Railway (''Rudolfsbahn'') connected the city of Steyr to the railway network. By 1887 the Krems Valley Railway (''Kremstalbahn'') reached Bad Hall and Klaus. In 1888 Josef Ritter von Wenusch received a concession for a narrow-gauge railway from Garsten to Grünburg, with a possible extension to Klaus. In the same year the Steyr Valley Railway Company ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Turntable (rail)
In rail terminology, a railway turntable or wheelhouse is a device for turning railway rolling stock, usually locomotives, so that they can be moved back in the direction from which they came. Naturally, it is especially used in areas where economic considerations or a lack of sufficient space have served to weigh against the construction of a turnaround wye. In the case of steam locomotives, railways needed a way to turn the locomotives around for return trips as their controls were often not configured for extended periods of running in reverse and in many locomotives the top speed was lower in reverse motion. In the case of diesel locomotives, though most can be operated in either direction, they are treated as having "front ends" and "rear ends" (often determined by reference to the location of the crew cab). When operated as a single unit, the railway company often prefers, or requires, that a diesel locomotive is run "front end" first. When operated as part of a multiple ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
DRG Class 44
The Class 44 (German: ''Baureihe 44'' or ''BR 44'') was a ten-coupled, heavy goods train steam locomotive built for the Deutsche Reichsbahn as a standard steam engine class (''Einheitsdampflokomotive''). Its sub-class was G 56.20 and it had triple cylinders. It was intended for hauling goods trains of up to on the routes through Germany's hilly regions (''Mittelgebirge'') and up to on steep inclines. They were numbered 44 001-44 1989. History The first 10 examples were built in 1926. These engines had a somewhat higher steam consumption than the first ten units of the DRG Class 43 procured in parallel for comparison purposes, and which were equipped with two cylinders. Not until 1937 were further 44s procured, because by then the rising demands of rail transportation could be better met with a triple-cylinder configuration. From 1926 to 1949, a total of 1,989 locomotives were manufactured. During the Second World War an austerity variant was built with simplified constructio ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Kriegslok
''Kriegslokomotiven'' (german: for "war locomotives", singular: ''Kriegslokomotive'') or ''Kriegsloks'' were locomotives produced in large numbers during the Second World War under Nazi Germany. Their construction was tailored to the economic circumstances of wartime Germany along with conquered and occupied territories across Europe, taking account of the shortage of materials, the transportation of goods in support of military logistics, ease of maintenance under difficult conditions, resistance to extreme weather, limited life and the need for rapid, cheap mass production. In order to meet these requirements, economic drawbacks such as relatively high fuel consumption had to be accepted. Forced labour was used in the construction of some of the locomotives; German locomotive building firms employed prisoners from concentration camps and foreign, mostly Polish, workers. Construction The war locomotives (or ''Kriegslokomotiven'') were kept technically as simple as possible and ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
DRB Class 42
The DRB Class 42Wartime locomotives classes are prefixed DRB (Deutsche Reichsbahn) to distinguish them from those introduced by the DRG (prefixed DRG), which became defunct in 1937, and those introduced later by the East German Deutsche Reichsbahn (prefixed DR). was a type of steam locomotive produced for the Deutsche Reichsbahn. It is one of the three main classes of the so-called war locomotives (''Kriegslokomotiven''), the other two being class 50 and 52. Seventy of the class were captured during World War II by the Soviet Union; under Russian ownership they were given the classification TL (ТЛ). History These engines, built from 1943 onwards, were the second heavy locomotive class of this type after the DRG Class 52. They were built for duties on routes that were cleared for a higher axle load, because they were more economical there than the KDL 1 ''Kriegslokomotiven'' of Class 52. In principle they were slimmed down 44s. The Class 42 was procured as ''Kriegslokomot ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
ÖBB 638
The Prussian Class P 8 of the Prussian state railways (DRG Class 38.10-40 of the Deutsche Reichsbahn) was a 4-6-0 steam locomotive built from 1906 to 1923 by the Berliner Maschinenbau (previously Schwartzkopff) and twelve other German factories. The design was created by Robert Garbe. It was intended as a successor to the Prussian P 6, which was regarded as unsatisfactory. Construction Because Garbe was an advocate of the simplest possible designs, a straightforward, superheated steam, two-cylinder driving gear was envisaged. The P 8 benefited especially from superheated steam technology, which had just been developed by Wilhelm Schmidt (nicknamed 'Hot Steam Schmidt'), that led to outstanding performance for those times. The P 8 was a very economical locomotive that did not make great demands on the ability of the engine driver. At the outset Garbe even designed the P 8 as an express train locomotive, with the expectation of attaining a top speed of . As a result ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Prussian P 8
The Prussian Class P 8 of the Prussian state railways (DRG Class 38.10-40 of the Deutsche Reichsbahn) was a 4-6-0 steam locomotive built from 1906 to 1923 by the Berliner Maschinenbau (previously Schwartzkopff) and twelve other German factories. The design was created by Robert Garbe. It was intended as a successor to the Prussian P 6, which was regarded as unsatisfactory. Construction Because Garbe was an advocate of the simplest possible designs, a straightforward, superheated steam, two-cylinder driving gear was envisaged. The P 8 benefited especially from superheated steam technology, which had just been developed by Wilhelm Schmidt (nicknamed 'Hot Steam Schmidt'), that led to outstanding performance for those times. The P 8 was a very economical locomotive that did not make great demands on the ability of the engine driver. At the outset Garbe even designed the P 8 as an express train locomotive, with the expectation of attaining a top speed of . As a result ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
BBÖ 214
The BBÖ 214 were a class of 13 Austrian 2-8-4 express train steam locomotives of the Federal Railways of Austria (''Bundesbahnen Österreich'', BBÖ). They were the largest steam locomotives ever built in Austria and the most powerful express locomotives with the longest connecting rods that existed in Europe at that time. To date, the 214 has the longest connecting rods in the world. During test runs, a locomotive reached a speed of 155 km/h. History In 1927, the board of the BBÖ decided to temporarily stop electrification. In the course of this very controversial decision, it was also decided to purchase new steam locomotives for the Westbahn, which should be so powerful that they could achieve the same travel times with heavy express trains between Vienna and Salzburg as would have been possible with electric operation. Of the two prototypes, 114.01 (three-cylinder engine, delivered in 1929) and 214.01 (two-cylinder engine, delivered in 1928), the 214 series was finally ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Einheitsdampflokomotive
The Einheitsdampflokomotiven ("standard steam locomotives"), sometimes shortened to ''Einheitslokomotiven'' or ''Einheitsloks'', were the standardized steam locomotives built in Germany after 1925 under the direction of the Deutsche Reichsbahn-Gesellschaft. Their manufacture made extensive use of standard design features and components. 300px, Einheitslok of the Historic Railway, Frankfurt DRG Class 01 in 2007">DRG_Class_01.html" ;"title="Historic Railway, Frankfurt DRG Class 01">Historic Railway, Frankfurt DRG Class 01 in 2007 Development Following the merger of the state railways (''Länderbahnen'') in Germany into the Reich railway in 1920 and into the Deutsche Reichsbahn-Gesellschaft in 1924, the locomotive fleet of the new national railway administration still had 210 different types and classes of steam engine. This considerably hindered the flexible employment of locomotives within the railway network, and servicing and maintenance was very costly as a result of the large ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
DRG Class 01
The Deutsche Reichsbahn-Gesellschaft's BR 01 steam locomotives were the first standardised (''Einheitsdampflokomotive'') steam express passenger locomotives built by the unified German railway system. They were of 4-6-2 "Pacific" wheel arrangement in the Whyte notation, or 2′C1′ h2 in the UIC classification. The idea of standardisation was that it would reduce maintenance costs; i.e. if a BR 01 whose engine shop was in, say, Berlin broke down in Dresden, instead of having to ship the necessary part from Berlin and take the locomotive out of service, a part from the Dresden shop could be used as all of the engines, parts, and workings were exactly the same and produced nationwide. Thus it was a "standard" product for engine shops. History The firms of AEG and Borsig, who were the main manufacturers of these engines, together with Henschel, Hohenzollern, Krupp and BMAG previously Schwartzkopff, delivered a total of 231 examples of this ''Einheitsdampflokomotive'' between 19 ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Railway Roundhouse
A railway roundhouse is a building with a circular or semicircular shape used by railways for servicing and storing locomotives. Traditionally, though not always the case today, these buildings surrounded or were adjacent to a turntable. Overview Early steam locomotives normally traveled forwards only. Although reverse operations capabilities were soon built into locomotive mechanisms, the controls were normally optimized for forward travel, and the locomotives often could not operate as well in reverse. Some passenger cars, such as observation cars, were also designed as late as the 1960s for operations in a particular direction. Turntables allowed locomotives or other rolling stock to be turned around for the return journey, and roundhouses, designed to radiate around the turntables, were built to service and store these locomotives. Most modern diesel and electric locomotives can run equally well in either direction, and many are push-pull trains with control cabs at ea ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
