Posted inTheory of Machines Systems of Gear Teeth Posted by admin August 2, 2021 The following four systems of gear teeth are commonly used in practice: 1. 14 Β½O Composite…
Posted inTheory of Machines Advantages of Cycloidal gear teeth Posted by admin August 2, 2021 1. Since the cycloidal teeth have wider flanks, therefore the cycloidal gears are stronger than the…
Posted inTheory of Machines Forms of Teeth Posted by admin August 2, 2021 Involute Profile The following examples are involute spur gears. We use the word involute because the contour…
Posted inTheory of Machines Conjugate Profiles Posted by admin August 2, 2021 To obtain the expected velocity ratio of two tooth profiles, the normal line of their profiles must…
Posted inTheory of Machines Constant Velocity Ratio Posted by admin August 2, 2021 For a constant velocity ratio, the position of P should remain unchanged. In this case, the motion…
Posted inTheory of Machines Terms Used in Gears Posted by admin August 2, 2021 Fig. 4.2. Spur Gear and Pinion pair Terms used in Gear Addendum: The radial distance between…
Posted inTheory of Machines Neither parallel nor intersecting shafts Posted by admin August 2, 2021 Helical gears may be used to mesh two shaftsthat are not parallel, although they are…
Posted inTheory of Machines Gears for connecting parallel shafts Posted by admin August 2, 2021 1. Spur gears: Spur gears are the most common type of gears. They have straight teeth,and are…
Posted inTheory of Machines Classification of Toothed Wheels Posted by admin August 2, 2021 According to the Position of Axis of Shaft (a) Parallel (b) Intersecting (c) Non-intersecting and…