seapy.components.beam.Component1DBeam

class seapy.components.beam.Component1DBeam(name, system, **properties)[source]

Bases: seapy.components.structural.ComponentStructural

One-dimensional beam component.

The following subsystems are implemented for this component:

__init__(name, system, **properties)

Constructor.

Parameters:

Methods

__init__(name, system, **properties) Constructor.
disable([subsystems]) Disable this component.
enable([subsystems]) Enable this coupling.
info([attributes]) Return dataframe.
plot(quantity[, yscale]) Plot quantity.

Attributes

SORT str(object=’‘) -> str
SUBSYSTEMS dict() -> new empty dictionary
area_moment_of_inertia Area moment of inertia.
availableSubsystems list() -> new empty list
classname Name of class of the object.
enabled Switch indicating whether the object is enabled.
frequency Frequency.
height float(x) -> floating point number
included Indicates whether the object is included in the analysis.
length float(x) -> floating point number
linked_junctions
linked_subsystems
mass Mass m of the component.
mass_per_area Mass per unit area.
material
name
radius_of_gyration Radius of gyration \kappa is given by dividing the height of the beam by 12.
torsional_rigidity Torsional rigidity of beam.
velocity Velocity of the component v_{component}.
velocity_level Velocity level L_v.
volume Volume V of the component.
width float(x) -> floating point number
area_moment_of_inertia[source]

Area moment of inertia.

Return type:float()
mass_per_area[source]

Mass per unit area.

Return type:float()
radius_of_gyration[source]

Radius of gyration \kappa is given by dividing the height of the beam by 12.

Return type:float()

\kappa = \frac{h}{12}

See Lyon, above eq. 8.1.10

torsional_rigidity[source]

Torsional rigidity of beam.

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