Section
1. Section
Section is the base class for all sections.
Properties
Name | Return | Description |
---|---|---|
Name | String | Material name |
A | float | Cross-sectional area |
Ax | float | Shear area in local X’ axis |
Ay | float | Shear area in local Y’ axis |
Ix | float | Inertia aroud local X’ axis |
Iy | float | Inertia aroud local Y’ axis |
It | float | Torsional inertia |
LinearMass | float | Linear mass |
Description | string | Description |
2. PipeSection
PipeSection inherits from Section. Every PipeSection object has the properties of Section.
PipeSection represents circular hollow pipe sections.
Properties
Name | Return | Description |
---|---|---|
Diameter | float | Diameter |
Thickness | float | Thickness |
InsulationThickness | float | Insulation thickness |
Corrosion | float | Corrosion allowance |
Erosion | float | Erosion allowance |
3. BeamSection
BeamSection inherits from Section.
BeamSection represents beam sections.
Properties
Name | Return | Description |
---|---|---|
Type | BeamSectionType | Type of section |
InputProperties | bool | True if section properties are input by the user, otherwise the properties are calculated from the section geometry |
H | float | Height |
B | float | Width |
Tw | float | Web thickness |
Tf | float | Flange thickness |
The type BeamSectionType is an enumeration with the following values:
Value | Description |
---|---|
NonStandard | Non-standard section. The properties must be input |
I | Double tee |
Channel | Channel |
Rect | Rectangular |
Tee | Tee |
EqualAngle | Equal angle. H is the side length, Tf is the thickness |
UnequalAngle | Unequal angle. H and B are the side lengths, Tf is the thickness |
Round | Round. H is the diameter, Tf is the thickness |
Plate | Plate. H and B are used |