Glossary entry (derived from question below)
Polish term or phrase:
przeciągnięcie na dziób
English translation:
drag the bow [down]
Added to glossary by
Małgorzata Borowska
Aug 10, 2014 16:10
9 yrs ago
4 viewers *
Polish term
przeciągnięcie na dziób
Polish to English
Other
Ships, Sailing, Maritime
Zdanie: Zagrożenia dla tradycyjnych poduszkowców - na lodzie: Wpadnięcie w oparzelinę przy dużej prędkości i przeciągnięciu na dziób.
Niestety, nie orientuję się zbytnio w tematyce żeglarsko-wodnej, przychodzi mi jedynie do głowy przeciągnięcie w lotnictwie (stall), czy można użyć tego terminu w tym kontekście?
Niestety, nie orientuję się zbytnio w tematyce żeglarsko-wodnej, przychodzi mi jedynie do głowy przeciągnięcie w lotnictwie (stall), czy można użyć tego terminu w tym kontekście?
Proposed translations
(English)
2 | drag the bow [down] |
George BuLah (X)
![]() |
3 | bow stall |
Frank Szmulowicz, Ph. D.
![]() |
Proposed translations
17 hrs
Selected
drag the bow [down]
nie jestem pewien, ale chyba "drag" jest tu ważne ...
A hovercraft, such as the DiscoverHover One, is able to glide or slide easily because there is so little contact friction with the surface over which it is hovering. Still, there are forms of friction which come into play, and these frictional forces are usually known as drag. Drag occurs in several forms, the most familiar being wind resistance, or form drag, which is created by the hovercraft having to push aside air as it moves forward. This effect increases more and more as the hovercraft’s speed increases. Streamlining the shape of the hovercraft decreases the wind resistance, resulting in higher top speeds. While wind resistance is always present, it becomes a much greater problem at speeds of 50 km/hr [31 mph] and above. Since DiscoverHover hovercraft usually don't exceed 50 km/hr [31 mph], wind resistance is not as noticeable as it would be on other light hovercraft.
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Note added at 4 days (2014-08-15 13:32:59 GMT) Post-grading
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You are very and always welcome! :)
A hovercraft, such as the DiscoverHover One, is able to glide or slide easily because there is so little contact friction with the surface over which it is hovering. Still, there are forms of friction which come into play, and these frictional forces are usually known as drag. Drag occurs in several forms, the most familiar being wind resistance, or form drag, which is created by the hovercraft having to push aside air as it moves forward. This effect increases more and more as the hovercraft’s speed increases. Streamlining the shape of the hovercraft decreases the wind resistance, resulting in higher top speeds. While wind resistance is always present, it becomes a much greater problem at speeds of 50 km/hr [31 mph] and above. Since DiscoverHover hovercraft usually don't exceed 50 km/hr [31 mph], wind resistance is not as noticeable as it would be on other light hovercraft.
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Note added at 4 days (2014-08-15 13:32:59 GMT) Post-grading
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You are very and always welcome! :)
4 KudoZ points awarded for this answer.
Comment: "Thanks a lot!"
1 hr
bow stall
Getting stuck head-first in the ice hole.
See kayak bow stall:
https://www.youtube.com/watch?v=dUtLxDsPI4c&list=LLhTUCpmo_z...
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Macho Move
The kayaker enters and sustains a bow stall while drifting towards a wave or hole
http://en.wikipedia.org/wiki/Playboating
See kayak bow stall:
https://www.youtube.com/watch?v=dUtLxDsPI4c&list=LLhTUCpmo_z...
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Macho Move
The kayaker enters and sustains a bow stall while drifting towards a wave or hole
http://en.wikipedia.org/wiki/Playboating
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