Machine Design 2
Machine Design 2
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In our eReader you can find the full English version of the book. Read Machine Design 2 Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Machine Design 2
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The most common angle between the sides of the groove is about 45°, however. It varies from 30° to 60° in extreme cases. It is clear that the smaller this angle, the tighter the rope will wedge into it, and the less liable will it be to 8lip» BELTS AND ROPES FOR POWER TRANSMISSION.
199 More power will be required to pull it out of a sharp-angled groove, however, thus causing more power loss; it is also possible that there will be more wear of the rope. In some forms the sides are straight, as i...n Fig. 78, while in others they are curved, as in Fig.
/!
Fig. 78.
79,* where is the centre of curvature for the left side of the groove; the right side has a similar curvature.
Fig. 79.
In a groove with curved sides, the angle between the sides where the rope comes in contact with them, when resting lightly in the groove, is smaller than would be used for straight sides; at the 200 FORM, STRENGTH, AND PROPORTIONS OF PARTS.
bottom it is larger. This arrangement secures a good grip of the rope when it is at or near the top of the working part of the groove, but allows it to slip more readily when, on account of wear, it is brought nearer to the bottom.
What to read after Machine Design 2?
You can find similar books in the "Read Also" column, or choose other free books by Forrest Robert Jones to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
The most common angle between the sides of the groove is about 45°, however. It varies from 30° to 60° in extreme cases. It is clear that the smaller this angle, the tighter the rope will wedge into it, and the less liable will it be to 8lip» BELTS AND ROPES FOR POWER TRANSMISSION.
199 More power will be required to pull it out of a sharp-angled groove, however, thus causing more power loss; it is also possible that there will be more wear of the rope. In some forms the sides are straight, as i...n Fig. 78, while in others they are curved, as in Fig.
/!
Fig. 78.
79,* where is the centre of curvature for the left side of the groove; the right side has a similar curvature.
Fig. 79.
In a groove with curved sides, the angle between the sides where the rope comes in contact with them, when resting lightly in the groove, is smaller than would be used for straight sides; at the 200 FORM, STRENGTH, AND PROPORTIONS OF PARTS.
bottom it is larger. This arrangement secures a good grip of the rope when it is at or near the top of the working part of the groove, but allows it to slip more readily when, on account of wear, it is brought nearer to the bottom.
What to read after Machine Design 2?
You can find similar books in the "Read Also" column, or choose other free books by Forrest Robert Jones to read onlineMoreLess
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