__Screw Torque to Linear Force Calculator:__

__Screw Torque to Linear Force Calculator:__

Enter the values of screw torque St_{(N-m)}, lever arm length L_{(meter)} & angle of force a_{(degree)} to determine the value of linear force LF_{(Newton).}

__Screw Torque to Linear Force Formula:__

__Screw Torque to Linear Force Formula:__

The linear force LF_{(Newton)} in Newton is equal to the screw torque St_{(N-m)} in Newton-meter divided by the lever arm length L_{(meter)} in meter and multiply to the angle of force a_{(degree)} in degree.

The equation of linear force can be writtern as,

LF_{(Newton)} = St_{(N-m)} / ( L_{(meter)} * sin (a_{(degree)}) )

Here,

LF_{(Newton)} = linear force in Newton

St_{(N-m)} = screw torque in Newton-meter

L_{(meter)} = lever arm length in meter

a_{(degree)} = angle of force in degree

__Calculation for Screw Torque to Linear Force:__

__Calculation for Screw Torque to Linear Force:__

1)To find the linear force and the screw torque 400lbf-ft and the length 3ft and angle 45degree

Answer

LF = ST / ( L * Sin (a) )

LF = 400 / ( 3 * sin (45) )

LF = 156.69 lbf

2)To find the screw torque and the linear force 156 lbf and the length 3ft and angle 45degree

Answer

LF = ST / ( L * Sin (a) )

156 = ST / ( 3 * sin (45) )

ST = 400lbf-ft

__Power Screws – Torque to Force Relationships in Just Over 10 Minutes!__

__Power Screws – Torque to Force Relationships in Just Over 10 Minutes!__