Mechanical Engineering - Machine Design - Discussion
Discussion Forum : Machine Design - Section 11 (Q.No. 40)
40.
The centrifugal tension in the belt
Discussion:
8 comments Page 1 of 1.
Jeevak Dongre. said:
9 years ago
B is correct.
B'coz of centrifugal tension power transmission reduces.
B'coz of centrifugal tension power transmission reduces.
S K mondal..made easy faculty said:
8 years ago
Yes, B is the correct option.
Suraj said:
8 years ago
B is correct.
Vinayak said:
8 years ago
The centrifugal tension in belts does not effect the power transmission
Has no effect on the Power transmitted".
If T1= Tight side-tension , T2= slack side-tension , v= velocity of drive ;
P=(T1-T2)v .
Centrifugal tension(Tc) acts on both tight and slack sides:
P=[(T1+Tc) - (T2+Tc)]v,
P=(T1 - T2)v even after considering Centrifugal tension.
Has no effect on the Power transmitted".
If T1= Tight side-tension , T2= slack side-tension , v= velocity of drive ;
P=(T1-T2)v .
Centrifugal tension(Tc) acts on both tight and slack sides:
P=[(T1+Tc) - (T2+Tc)]v,
P=(T1 - T2)v even after considering Centrifugal tension.
Sid said:
7 years ago
Option B is correct.
Navneet said:
6 years ago
Option C is correct. i.e no effect on power transmission but here is a point to note that centrifugal tension reduces the driving power of the belt but doesn't affect power transmission
Srikanth said:
6 years ago
Bro that case for only low speed, in that case, there is no that much of centrifugal force i.e. Tc neglected, for high speeds the belt moves away from the pulley so in that case coefficient of friction b/w pulley and belt is reduced so here we are considering Tc, then power is reduced.
Vinay BEL said:
5 years ago
Decreases the power transmitted.
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