What’s new in 0.1.0 (28th of January 2023)#
This is the initial version of m_n_kappa.
Features#
As this is the initial version of m_n_kappa the implemented features are shown hereafter.
Further version will refer to this in case of changes
Geometries#
See also Creating Geometries
Basic geometries#
Composed geometries#
Materials#
See also Creating materials
Newly created materials must inherit from Material
Section#
see also Build a section
combination of material and geometry
Cross-section#
see also Build a cross-section
consists of a number of
Section
Computation of a Moment-Curvature-Point#
Computing a single moment-curvature-point by applying a strain and a vertical position the strain is located. See also Moment-Curvature.
Computing a Moment-Curvature-Curve#
Computing the moment-curvature-curve of a Crosssection.
See also Moment-Curvature-Curve
Computing deformation of a single span beam#
See also Deformation.
Beam considers:
number of elements the beam is split into
the effective width for concrete slab distinguishing between bending and membran width
two different loading scenarios:
single span beam with single loads with
SingleSpanSingleLoadsandSingleLoadsingle span beam under uniform loading with
SingleSpanUniformLoad
Computes:
deformation at a given position along the beam under given load with
deformation()deformation along the beam at given position with
deformations()deformations at the position of maximum deformation with
deformations_at_maximum_deformation_position()deformation over the length of a beam under given load with
deformation_over_beam_length()
Documentation#
Comprehensive documentation with following main sections:
Also documented are: