Statics

Static case with widespread load


Static case
Load	q=
Length	L=
Distance	a=
Elasticity module	E=
Moment of inertia	I=
Support force	R_A=	N
Support force	R_B=	N
Support torque	M_A=	Nm
Support torque	M_B=	Nm
Field torque	M_max=	Nm
Deflections	γ_max=	m

Static case with point load


Statik case
Load	P=
Length	L=
Distance	a=
Elasticity module	E=
Moment of inertia	I=
Support force	R_A=	N
Support force	R_B=	N
Support torque	M_A=	Nm
Support torque	M_B=	Nm
Field torque	M_max=	Nm
Deflections	γ_max=	m

Static case with torque


Statik case
Torque	M=
Length	L=
Distance	a=
Elasticity module	E=
Moment of inertia	I=
Support force	R_A=	N
Support force	R_B=	N
Support torque	M_A=	Nm
Support torque	M_B=	Nm
Field torque	M_max=	Nm
Deflections	γ_max=	m

Explanations

Widespread load case

Case 1:	Case 2:	Case 3:
Case 4:	Case 5:	Case 6:
Case 7:	Case 8:

Point load case

Case 1:		Case 2:		Case 3:
Case 4:		Case 5:

Torque case

Case 1:		Case 2:		Case 3:
Case 4:

Elasticity module

The modulus of elasticity is a material-dependent variable that shows the relationship between mechanical stress and deformation. Also goes by the name Young's module.

Widespread load

Refers to an evenly distributed load of the beam.

Length

The length of the current beam.

Distance

Refers to the distance on the beam where the calculation is performed.

Point load

If a load which affects the beam at a point.

Deflections

Refers to how much the beam bend down at the load.

Field torque

The maximum torque occurring on the beam.

Support torque

The moment resulting by the respective support.

Moment of inertia

The moment of inertia is a measure of how much the size of the torque required to turn the body around an axis.

Formula

	R_A	R_B	M_A	M_B	M_max	y_max
Widespread 1:
Widespread 2:
Widespread 3:
Widespread 4:
Widespread 5:
Widespread 6:
Widespread 7:
Widespread 8:
Point 1:
Point 2:
Point 3:
Point 4:
Point 5:
Torque 1:
Torque 2:
Torque 3:
Torque 4:

Statics

Calculates loads and torques for a number of different load cases.