Theory guide# The Theory guide gives background-information to the applied processes working under the hood of this program. Symbols overview over all symbols with short description Coordinates assumed coordinates Units Recommended units to use for input General Relationship between curvature, strain at a position and neutral axis Geometries Geometries are a very define a very important part Materials Background to the implemented material-models Sections computation of axial-force and moment of sections and cross-sections under a given strain-distribution Strain based design determine moment and curvature of a cross-section given a strain at a position by iteration Moment-Curvature-Curve Procedure to compute the moment-curvature-curve Moment-Shear Force-Curvature-Strain-Difference-Curve Procedure to compute the \(M\)-\(N\)-\(\kappa\)-\(\epsilon\)-curve Effective widths Computations of effective widths under bending and axial loading Loading Shear-Connectors How shear-connectors are considered within the beam Slip Computing the slip / the relative motion between two cross-sectional parts Deformations Computing deformation under given loading using the moment-curvature-curve
