GLOSSARY ENTRY (DERIVED FROM QUESTION BELOW) | ||||||
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10:48 Apr 2, 2001 |
German to English translations [PRO] Tech/Engineering | |||||||
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| Selected response from: Hubbit Local time: 09:34 | ||||||
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Summary of answers provided | ||||
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na | Turbo housing / turbo throat |
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na | turbo inlet/outlet [collar/flange/duct, etc.], turbo collar |
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na | (ambient) air inlet |
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Turbo housing / turbo throat Explanation: I think the former is more likely. As evidence Ernst gives: "Getriebehals m, -verlängerung f (Kfz) / extension housing" showing that "Hals" can mean "housing" and "Düsenhals m (Raumf) / blast pipe neck, nozzle throat" showing the possibility of throat, but again from the context I think it is "housing" - "turbo housing" used technically in link below: Reference: http://www.miatapower.net/w3archive/199907/msg00721.html |
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turbo inlet/outlet [collar/flange/duct, etc.], turbo collar Explanation: turbo inlet/outlet [collar/flange/duct] turbo collar It would seem that a turbo could have a neck just like a carburetor etc. However, a Google search yielded zero meaningful hits for "turbo neck", but many hits for turbo inlet/turbo outlet (listed by itself or more often followed by _flange_, _duct_ , _tube, etc.). There are also several hits for _turbo collar_ These hits are generally in the automotive context, but the logic should apply to a blast furnace turbo-blower as well. The following text, accompanied by a diagram and photos, describes and illustrates a blast furnace blower-turbo setup, though without mentioning the “Hals” specifically. It may be helpful in visualizing your context: >>The design of a structural frame supporting a turbo-blower supplying pressurized air to a blast furnace in a steel mill can be used to illustrate the structural design process. As shown in Figure 3-8, the turbo-blower consists of a turbine and a blower linked to an air inlet stack. Since the vibration of the turbo-blower is a major concern to its operation, a preliminary investigation calls for a supporting frame which is separated from the structural frame of the building. … Since the structural steel frame also supports a condenser, an air inlet and exhaust, and a steam inlet and exhaust in addition to the turbo-blower, a static analysis is made to size its members to support all applied loads. http://www.ce.cmu.edu/~cth/pmbook/03_The_Design_And_Construc... [Diagram showing blower and turbine only) Also cf: http://www.bodycote.com/html/news3.html http://strategis.ic.gc.ca/SSGF/dd76823f.html www.naukri.com/cgi-bin/resume/res.cgi?act=2&msg=67 HTH Tom see above |
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(ambient) air inlet Explanation: The site <http://www.howstuffworks.com/> has great explanations and pictures, and from what I gather using the illustrations and the context you provided this should be the ambient air inlet which is shaped like a Hals and is leading to the compressor turbine where the air gets compressed before it gets to an engine cylinder via a charge air cooler. Cheerio, Dierk Reference: http://performancecoatings.com/Ecoat.htm Reference: http://unitedturbo.com/turbopic.html |
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