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Simple Body Inertia
Calculation
Centered Coaxial Solid Cylinder (1a)
Offset Coaxial Solid Cylinder (1b)
Centered Coaxial Hollow Cylinder (2a)
Offset Coaxial Hollow Cylinder (2b)
Centered Transversal Solid Cylinder (3a)
Offset Transversal Solid Cylinder (3b)
Centered Transversal Hollow Cylinder (4a)
Offset Transversal Hollow Cylinder (4b)
Centered Rectangular Parallelepiped (5a)
Offset Rectangular Parallelepiped (5b)
Input
Label
No. of Bodies
no=
Radius
r=
mm
Specific Weight
ρ=
kg/m
3
Outer Diameter
d
1
=
mm
Inner Diameter
d
2
=
mm
Thickness
e=
mm
Length
l=
mm
Width
b=
mm
The formulas used for these calculations are available in
this PDF
.
Results
Mass
m=
kg
Total Mass
m=
kg
Inertia
I=
kg·m
2
Inertia
I=
kg·m
2
Mass
m=
kg
Total Mass
m=
kg
Inertia
I=
kg·m
2
Inertia
I=
kg·m
2
Mass
m=
kg
Total Mass
m=
kg
Inertia
I=
kg·m
2
Inertia
I=
kg·m
2
Mass
m=
kg
Total Mass
m=
kg
Inertia
I=
kg·m
2
Inertia
I=
kg·m
2
Mass
m=
kg
Total Mass
m=
kg
Inertia
I=
kg·m
2
Inertia
I=
kg·m
2
Accumulated Mass
m
T
=
kg
Accumulated Inertia
I
T
=
kg·m
2
Buttons
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Diagrams
Centered Coaxial Solid Cylinder (1a)
Offset Coaxial Solid Cylinder (1b)
Centered Coaxial Hollow Cylinder (2a)
Offset Coaxial Hollow Cylinder (2b)
Centered Transversal Solid Cylinder (3a)
Offset Transversal Solid Cylinder (3b)
Centered Transversal Hollow Cylinder (4a)
Offset Transversal Hollow Cylinder (4b)
Centered Rectangular Parallelepiped (5a)
Offset Rectangular Parallelepiped (5b)
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