__Vibration G Force Calculator:__

__Vibration G Force Calculator:__

Enter the values of frequency f_{(hz=1/second)}, displacement D_{(meter)} & time t_{(seconds)} to determine the value of vibration g force GF_{(Gs)} .

__Vibration G Force Formula:__

__Vibration G Force Formula:__

The vibration g force GF_{(Gs)} in Gs is equal to the 2 into multiply the 3.141 value and multiply the frequency f_{(hz=1/second)} in hz = 1/s is squared and multiply the displacement D_{(meter)} in meter into sin of 2 into 3.141 value and multiply the frequency f_{(hz=1/second)} in hz = 1/s and multiply to the time t_{(seconds)} in second and finally divided by the gravity in 9.81value.

The equation of vibration g force can be writtern as,

GF_{(Gs)} = ( 2 * pi * f_{(hz=1/second)} )^{2} * D_{(meter)} * sin ( 2 * pi * f_{(hz=1/second)} * t_{(seconds)} ) / 9.81

Here,

GF_{(Gs)} = vibration g force in Gs

f_{(hz=1/second)} = frequency in hz = 1/s

D_{(meter)} = displacement in meter

t_{(seconds)} = time in second

__Calculation for Vibration G Force:__

__Calculation for Vibration G Force:__

1)To calculate the vibration g force and frequency 300hz and displacement 1.25m and time 5s.

Answer

GF = ( 2 * pi * f )^{2} * D * sin ( 2 * pi * f * t ) / 9.81

GF = ( 2 * 3.141 * 300 )^{2} * 1.25 * sin ( 2 * 3.141 * 300 * 5 ) / 9.81

GF = 7542.09 Gs.

2)To calculate the time and the vibration g force 7542.09Gs and frequency 300hz and displacement 1.25m.

Answer

GF = ( 2 * pi * f )^{2} * D * sin ( 2 * pi * f * t ) / 9.81

7542.09 = ( 2 * 3.141 * 300 )^{2} * 1.25 * sin ( 2 * 3.141 * 300 * t ) / 9.81

t = 5seconds.

__Vibration Plate – High G Force Demo:__

__Vibration Plate – High G Force Demo:__