How to Draw Girl Step by Step - Apps on Google Play. Watch popular content from the following creators: … Discover short videos related to cute mullet female on TikTok. Find images and videos about couple, riverdale and cheryl blossom on We Heart It - the app to get lost …ĭiscover cute mullet female 's popular videos | TikTok. Cartoon Drawings Image Princesse Disney Riverdale Characters Riverdale Aesthetic Image uploaded by Zenia♔♚. Mens 18th Birthday Gag dress.18 Years Ago I Was The Fastest Funny T-Shirt. 18th Birthday Shirts for Women Hello 18 Shirt Girls Eighteen Bday Party T Shirt Vinage 2005 Graphic Funy Tee Tops. The kawaii art concept began as a rebellion against the traditional Japanese culture in the 1970s.Ī: 18th Birthday Shirts. ![]() Kawaii means cute in Japan and Kawaii is an art form that represents giant eyes, rounded shapes, and simplistic features. The above drawing is an excellent drawing of the famous Kawaii girl. Raw Fucking Sex - Vixen Gemma Massey Joins A Free For All Fuck FeastĢ5+ Cute Drawings. In this way by using the equation of motion, we can easily calculate the gear ratio for the different combinations.Vixen Vodeos Free Porn Videos - XXX Porn. The gear ratio for the above configuration is given by, Step 2] Find gear ratio for different configurations:īy using the equation of motion, it is easy to find the gear ratio of different configurations.įor the above example, the gear ratio for the different configurations are as follows.ġ] Sun- Input, Planet carrier- Output, Ring gear- Stationary: Watch the below animation clip for a better understanding of the working of the epicyclic gear train. Hence this configuration of the epicyclic gear train is used in the vehicle to obtain reverse gear.ĭ] Planet gear fixed: In this case, the planet gears are kept stationary, therefore it stops the relative motion in between its components, and thus the whole gear train rotates as a single unit. This configuration of the epicyclic gear train gives a comparatively lower gear ratio.Ĭ] Planet carrier fixed: In this case, the planet carrier is kept stationary, therefore the sun gear and the ring gear rotate in the opposite direction. Thus it helps to meet higher torque requirements at a lower speed.ī] Sun gear fixed: In this case, the sun gear is kept stationary and power is supplied to the ring gear to drive the planet carrier. This configuration of the epicyclic gear train gives the highest gear ratio. It is achieved by fixing different components of the epicyclic gear train as follows:-Ī] Ring gear fixed: In this condition, the ring gear is kept stationary while the sun gear acts as the driver and the planet carrier acts as a driven member. The epicyclic gear train works in different configurations to obtain different gear ratios. Thus it has a broad range of applications.Īs this gear train requires two inputs for its proper functioning, thus the degree of freedom for the epicyclic gear train is two. The epicyclic gear train can obtain higher gear ratios within less space. ![]() ![]() Therefore the epicyclic gear train can transmit a high amount of power and torque with minimum stress on teeth. During the power transmission, the stress is shared among these teeth, and hence each tooth experience less stress. The axel of the planet pinions are attached to the planet carrier, thus the planet carrier also revolves around the sun gear along with planet gear.Īs the number of planet pinions in the epicyclic gear train increases, the number of teeth that are involved simultaneously in a power transmission also increases. The planet pinions mesh with the sun gear, thus these planet pinions revolve around their own axis as well as around the axis of the sun gear.Īs shown in the above figure, the planet pinions are meshed with the sun gear as well as with the ring gears. In this gear train, the central gear that has a fixed axis is known as the sun gear while the gears that revolve around the sun gear are known as planet gears. This epicyclic gear train is also known as a planetary gear train. ![]() Epicyclic gear train is one of the types of gear train in which the axis of one or more gears revolves around the fixed axis of another gear.
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