Results 251 to 260 of about 558,182 (316)
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International Journal of Machine Tool Design and Research, 1982
Abstract Gear turning, i.e. gear skiving for internal gears and gear generating for external gears, is a new high productive method to produce both internal and external, spur and helical gears and cylindrical worms using a rotating tool. The gear turning cutter is a pinion-type shaper.
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Abstract Gear turning, i.e. gear skiving for internal gears and gear generating for external gears, is a new high productive method to produce both internal and external, spur and helical gears and cylindrical worms using a rotating tool. The gear turning cutter is a pinion-type shaper.
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1994
Gears (or gear wheels) are toothed wheels which are usually used to couple two or more rotating shafts. The shafts may be rotating at the same speed or at different speeds, and can have axes which are pointing in the same direction or in different directions The ratio of the speeds of rotation of two shafts coupled by gear wheels, depends on the ratio ...
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Gears (or gear wheels) are toothed wheels which are usually used to couple two or more rotating shafts. The shafts may be rotating at the same speed or at different speeds, and can have axes which are pointing in the same direction or in different directions The ratio of the speeds of rotation of two shafts coupled by gear wheels, depends on the ratio ...
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Gear Trains and Planetary Gears
2020In this chapter, the general concepts of ordinary gear trains are first described, particularly those concerning their efficiency and the obtainable transmission ratios. The same concepts are then extended to planetary gear trains and various methods of calculating the transmissions ratios achievable with these types of gear drives are defined.
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Gear Cutting II, Helical Gears
1987We showed in Chapter 14 that two helical gears mounted on parallel axes can mesh correctly together, provided their normal base pitches and transverse base pitches are equal. We can therefore use a helical pinion cutter to cut helical gears, and the normal base pitch and the transverse base pitch of the gear will then be equal to those of the cutter.
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1987
The simplest method by which a gear can be cut is to use a tool shaped exactly like the tooth space of the gear. This method of cutting gears is known as form cutting. In practice, the cutting tool is generally a milling cutter, such as the one shown in Figure 5.1. The gear blank is held stationary while the cutter is fed slowly in the direction of the
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The simplest method by which a gear can be cut is to use a tool shaped exactly like the tooth space of the gear. This method of cutting gears is known as form cutting. In practice, the cutting tool is generally a milling cutter, such as the one shown in Figure 5.1. The gear blank is held stationary while the cutter is fed slowly in the direction of the
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Triboelectric sensor for planetary gear fault diagnosis using data enhancement and CNN
Nano Energy, 2022Yu Wang
exaly
Proceedings of the 10th ACM SIGSPATIAL International Workshop on Analytics for Big Geospatial Data, 2022
Yuhei Senuma +3 more
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Yuhei Senuma +3 more
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Noise reduction technologies for aircraft landing gear-A bibliographic review
Progress in Aerospace Sciences, 2020Kun Zhao, Patrick Okolo, John Kennedy
exaly
Understanding local cutting features affecting surface integrity of gear flank in gear skiving
International Journal of Machine Tools and Manufacture, 2022Yannan, Naohiko Sugita
exaly