Slip of belt, Mechanical Engineering

Slip of belt:

Sol:  When the driver pulley rotates, it carries belt, because of a firm grip between its surface and belt. The firm between pulley and belt can be obtained by friction. This firm grip is called as frictional grip. But sometimes frictional grip is not enough. This can cause forward motion of the driver pulley without carrying belt with it. This means that there is relative motion between driver pulley and belt. The difference between linear speeds of pulley rim and belt is measure of slip. In general, the slip is expressed as percentage. In some of the cases, the belt moves faster in forward direction, without carrying the driver pulley with it. Hence in case of driven pulley, forward motion of belt is more than that of the driver pulley.

Slip of belt can be usually expressed in percentage.

Let v = Velocity of belt, passing over driver pulley/min

N1 = Speed in round per minute of driver

N2 = Speed in round per minute of follower

S1 = Slip between driver and belt in %

S2 = Slip between follower and belt in %

The peripheral velocity of driver pulley

1227_slip of belt.png               ...(i)

Posted Date: 10/17/2012 8:19:07 AM | Location : United States

Related Discussions:- Slip of belt, Assignment Help, Ask Question on Slip of belt, Get Answer, Expert's Help, Slip of belt Discussions

Write discussion on Slip of belt
Your posts are moderated
Related Questions
Calculate Machining Time and Material Removal Rate A hole of 40 mm diameter and 50 mm depth is to be drilled in a mild steel component. The cutting speed can be taken as 65 m/

Natur e of Bending Stress If the beam is not loaded, it will not bend as shown in the figure-a. But if the beam is loaded, it will bend as shown in the figure-b, whatever may

The drawbacks of WFM technique have been overcome Domain While no representation can describe all possible solids, a representation should be able to represent a useful se

Lighting System :   The motorcycle lighting system consists of head light, turn indicators, brake lights and panel board lights. Figure shows a DC circuit of the electrical system

Q. Mechanical design of the blowdown systems? Mechanical design of the blowdown systems shall be sized for a continuous blowdown of a minimum of 1.0% of MCR. Fabricator may re

crowning of pulley

the component of computer integrated manufacturing with the diagram

what is internal combustion engine