 ## Bending

### Rectangle

Input Result
Width b= Height h=
Moment of inertia
X-direction Ix=
Y-direction Iy=
Bend resistance
X-direction Wx=

### Circle

Input Result
Diameter d= Moment of inertia Ix,y=
Bend resistance Wx,y=

### Pipe

Input Result
Outer diameter dy=
Inner diameter di=
Moment of inertia Ix,y=
Bend resistance Wx,y=

### Semicircle

Input Result
Moment of inertia X-direction Ix=

### Elipse

Input Result
Width b=
Height h=
Moment of inertia
X-direction Ix=
Y-direction Iy=
Bend resistance
X-direction Wx=
Y-direction Wy=

### Triangle

Input Result
Width b= Height h=
Moment of inertia
X-direction Ix=
Y-direction Iy=
Bend resistance
X-direction Wx=

### Moment of inertia

Is a measure of the amount of torque required to bend the current geometry per unit of time.

### Bend resistance

A measure that shows how well the current geometry is in dealing with the stresses that arise during bending.

### Width

Refers to the width measure of the current geometry.

### Height

Refers to the height measure of the current geometry

### Diameter

Refers to the diameter measure of the current geometry.

Rectangle               