Contents:
Analysis to be carried out.
+Analysis to be carried out.
Contents:
MaterialSectionMaterialSection)BeamSegment)
| ||
| Return type: | Beam |
+|
|---|---|---|
| Return type: | msgpi.ms.beam.Beam |
Beam) – Beam objectBeam) – Beam object.Table of result numbers for this node.
list(list(float))
+list of lists of floats
Beam) – Beam object.Beam) – Beam object.Steady results, eigen results
+Eigen results: [eigenvalues, eigenvectors]
+eigenvalues = [[eva11, eva12], [eva21, eva22], …]
+eigenvectors = [eve1, eve2, …]
+for each eigenvector evei: [point results, member results]
+for each point result: [[x11, x12, x13, u11, u12, u13, t11, t12, t13], …]
+for each memebr result: [[[x11, x12, x13, u11, u12, u13, t11, t12, t13], [], …], …]
+ +list, list
+Beam) – Beam object that is going to be written to file.Contents:
\n after writting all numbers or not.\n after writting all numbers or not.numpy.arrayContents:
msgpi.io.iovabs.readVABSIn(fn_vabs_in)¶Read data from the VABS input file
+Read data from the VABS input file.
| Parameters: | fn_vabs_in (str) – File name of the VABS input file | +
|---|---|
| Parameters: | fn_vabs_in (str) – File name of the VABS input file. | +
| Returns: | Structure gene object | +
| Return type: | msgpi.sg.StructureGene |
Material/sectional properties.
+StructureGene) – Structure Gene that will be written to file.Contents:
File name of the GEBT output.
File name of the GEBT output.
+str
Results (displacement, rotations, forces, moments).
list(list(float))
+list of lists of floats
Contents:
Contents:
MaterialSection)) – List of sectional properties.Contents:
Structure Gene.
StructureGene
+StructureGene – (If write_input False) Structure Gene.Contents:
global_loads = None¶
Global loads
----
-- generalized stresses = [s11, s22, s33, s23, s13, s12]
-- generalized strains = [e11, e22, e33, e23, e13, e12]
-
---
-- generalized stresses = [N11, N22, N12, M11, M22, M12]
-- generalized strains = [e11, e22, 2e12, k11, k22, 2k12]
-
---
-- generalized stresses = [N11, N22, N12, M11, M22, M12, N13, N23]
-- generalized strains = [e11, e22, 2e12, k11, k22, 2k12, g13, g23]
-
---
-- generalized stresses = [F1, M1, M2, M3]
-- generalized strains = [e11, k11, k12, k13]
-
-+-
-- generalized stresses = [F1, F2, F3, M1, M2, M3]
-- generalized strains = [e11, g12, g13, k11, k12, k13]
-
| Model | +Generalized stresses | +Generalized strains | +
|---|---|---|
| Continuum | +[s11, s22, s33, s23, s13, s12] | +[e11, e22, e33, e23, e13, e12] | +
| Kirchhoff-Love plate/shell | +[N11, N22, N12, M11, M22, M12] | +[e11, e22, 2e12, k11, k22, 2k12] | +
| Reissner-Mindlin plate/shell | +[N11, N22, N12, M11, M22, M12, N13, N23] | +[e11, e22, 2e12, k11, k22, 2k12, g13, g23] | +
| Euler-Bernoulli beam | +[F1, M1, M2, M3] | +[e11, k11, k12, k13] | +
| Timoshenko beam | +[F1, F2, F3, M1, M2, M3] | +[e11, g12, g13, k11, k12, k13] | +
| Type: | list(float) | +
|---|---|
| Type: | list of floats |
materials = None¶
Materials
-{mid: MaterialSection object, …}
| Type: | dict(int, MaterialSection) |
+
|---|---|
| Type: | dict of {int, msgpi.sg.MaterialSection} |
Rotation parameter type.
3x3 matrix of the direction cosine.
list(list(float))
+list of lists of floats
msgpi.utils.parseXML(fn_xml)¶Parse an XML file and get the root element
+| Parameters: | fn_xml (str) – File name of the XML file. | +
|---|---|
| Returns: | Root element of the XML tree. | +
| Return type: | xml.etree.ElementTree.Element | +