effective length of the bush in contact with the input flange Calculator

Category	Physics ↺
Physics	Machine Design ↺
Machine-Design	Design of Machine Elements ↺
Design-Of-Machine-Elements	Design Of Coupling ↺
Design-Of-Coupling	Design of Bushed-Pin flexible coupling ↺

✖The Torque transmitted by the couplingⓘ Torque transmitted by the coupling [M_t]			+10% -10%
✖The Outer diameter of bush Valueⓘ Outer diameter of bush [D_b]			+10% -10%
✖The Number of pins value: no. of pinsⓘ Number of pins [N]			+10% -10%
✖The Pitch circle diameter of pinsⓘ Pitch circle diameter of pins [D]			+10% -10%
✖The Permissible intensity of pressure between the flange and the rubber bushⓘ Permissible intensity of pressure [p_m]			+10% -10%

✖Effective length of the bush in contact with the input flangeⓘ effective length of the bush in contact with the input flange [I_b]

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effective length of the bush in contact with the input flange

Vaibhav Malani

National Institute of Technology (NIT), Tiruchirapalli

Vaibhav Malani has created this Calculator and 200+ more calculators!

Sagar S Kulkarni

Dayananda Sagar College of Engineering (DSCE), Bengaluru

Sagar S Kulkarni has verified this Calculator and 200+ more calculators!

< 11 Other formulas that you can solve using the same Inputs

permissible intensity of pressure between the flange and the rubber bush

Permissible intensity of pressure =Force acting on each rubber bush or pin/(Outer diameter of bush*Effective length of the bush ) GO

effective length of the bush in contact with the input flange

Effective length of the bush =Force acting on each rubber bush or pin/(Outer diameter of bush*Permissible intensity of pressure ) GO

outer diameter of the bush

Outer diameter of bush=Force acting on each rubber bush or pin/(Effective length of the bush *Permissible intensity of pressure ) GO

Force acting on each pin or bush

Force acting on each rubber bush or pin=Outer diameter of bush*Effective length of the bush *Permissible intensity of pressure GO

force acting on each rubber bush or pin

Force acting on each rubber bush or pin=(2*Torque transmitted by the coupling)/(Number of pins*Pitch circle diameter of pins) GO

pitch circle diameter of bushes or pins

Pitch circle diameter of pins=(2*Torque transmitted by the coupling)/(Number of pins*Force acting on each rubber bush or pin) GO

number of bushes or pins

Number of pins=(2*Torque transmitted by the coupling)/(Force acting on each rubber bush or pin*Pitch circle diameter of pins) GO

torque transmitted by the coupling

Torque transmitted by the coupling=Force acting on each rubber bush or pin*Pitch circle diameter of pins*Number of pins/2 GO

diameter of pin

Diameter of the pin=0.5*Diameter of driving shaft /sqrt(Number of pins) GO

Diameter of driving shaft in terms of diameter of pin

Diameter of driving shaft =2*Diameter of the pin*sqrt(Number of pins) GO

Diameter of driving shaft in terms of pitch circle diameter of pins

Diameter of driving shaft =Pitch circle diameter of pins/3 GO

< 1 Other formulas that calculate the same Output

effective length of the bush in contact with the input flange

Effective length of the bush =Force acting on each rubber bush or pin/(Outer diameter of bush*Permissible intensity of pressure ) GO

effective length of the bush in contact with the input flange Formula

Effective length of the bush =2*Torque transmitted by the coupling/(Outer diameter of bush*Number of pins*Pitch circle diameter of pins*Permissible intensity of pressure )
Ib=2*Mt/(Db*N*D*pm)

More formulas

outside diameter of hub GO

Diameter of driving shaft in terms of outside diameter of hub GO

length of hub or effective length of key GO

Diameter of driving shaft in terms of length of hub or effective length of key GO

pitch circle diameter of pins GO

Diameter of driving shaft in terms of pitch circle diameter of pins GO

thickness of output flange GO

Diameter of driving shaft in terms of thickness of output flange GO

thickness of protective rim GO

Diameter of driving shaft in terms of thickness of protective rim GO

diameter of pin GO

Diameter of driving shaft in terms of diameter of pin GO

torque transmitted by the coupling GO

force acting on each rubber bush or pin GO

pitch circle diameter of bushes or pins GO

number of bushes or pins GO

Force acting on each pin or bush GO

outer diameter of the bush GO

effective length of the bush in contact with the input flange GO

permissible intensity of pressure between the flange and the rubber bush GO

torque transmitted by the coupling GO

permissible intensity of pressure between the flange and the rubber bush GO

outer diameter of the bush GO

number of bushes or pins GO

What is coupling?

A coupling can be defined as a mechanical device that permanently joins two rotating shafts to each other.

How to Calculate effective length of the bush in contact with the input flange?

effective length of the bush in contact with the input flange calculator uses Effective length of the bush =2*Torque transmitted by the coupling/(Outer diameter of bush*Number of pins*Pitch circle diameter of pins*Permissible intensity of pressure ) to calculate the Effective length of the bush , The effective length of the bush in contact with the input flange formula is defined as the ratio of twice the value of torque transmitted by coupling to the product of the outer diameter of the bush, the number of pins, pitch circle diameter of the pins, and permissible intensity of pressure. Effective length of the bush and is denoted by I_b symbol.

How to calculate effective length of the bush in contact with the input flange using this online calculator? To use this online calculator for effective length of the bush in contact with the input flange, enter Torque transmitted by the coupling (M_t), Outer diameter of bush (D_b), Number of pins (N), Pitch circle diameter of pins (D) and Permissible intensity of pressure (p_m) and hit the calculate button. Here is how the effective length of the bush in contact with the input flange calculation can be explained with given input values -> 3333.333 = 2*1/(0.01*6*0.01*1).

FAQ

What is effective length of the bush in contact with the input flange?

How to calculate effective length of the bush in contact with the input flange?

The effective length of the bush in contact with the input flange formula is defined as the ratio of twice the value of torque transmitted by coupling to the product of the outer diameter of the bush, the number of pins, pitch circle diameter of the pins, and permissible intensity of pressure is calculated using Effective length of the bush =2*Torque transmitted by the coupling/(Outer diameter of bush*Number of pins*Pitch circle diameter of pins*Permissible intensity of pressure ). To calculate effective length of the bush in contact with the input flange, you need Torque transmitted by the coupling (M_t), Outer diameter of bush (D_b), Number of pins (N), Pitch circle diameter of pins (D) and Permissible intensity of pressure (p_m). With our tool, you need to enter the respective value for Torque transmitted by the coupling, Outer diameter of bush, Number of pins, Pitch circle diameter of pins and Permissible intensity of pressure and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

How many ways are there to calculate Effective length of the bush ?

In this formula, Effective length of the bush uses Torque transmitted by the coupling, Outer diameter of bush, Number of pins, Pitch circle diameter of pins and Permissible intensity of pressure . We can use 1 other way(s) to calculate the same, which is/are as follows -

Effective length of the bush =Force acting on each rubber bush or pin/(Outer diameter of bush*Permissible intensity of pressure )

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