Automation Examples for AASHTO Bridge Design

Filename	Design Code	Description
us-section-props.zip	AASHTO LRFD 10	Section properties analysis of two reinforced concrete design sections.
us-section-bending.zip	AASHTO LRFD 10	Biaxial bending, shear, crack control and temperature gradient analysis for a single reinforced concrete design section with tendons.
us-torsion.zip	AASHTO LRFD 10	Torsion and shear stress analysis for two composite design sections.
us-section-surface.zip	AASHTO LRFD 10	Generates an interaction surface for a section representing all possible values of combined biaxial bending and axial that satisfy the Strength limit state. A performance ratio is output for each loadcase defined.
us‑section‑moment‑curvature.zip	AASHTO LRFD 10	Moment-Curvature analysis of a reinforced concrete section for a specified axial force.
us-section-stress-strain.zip	AASHTO LRFD 10	General stress strain analysis for reinforced concrete sections based on different stress-strain material types.
us-sc-beam-single.zip	AASHTO LRFD 10	Steel composite beam with all available analysis types. Uses selected points of interest for bending and shear to expose detailed output parameters such as geometry, shear capacity and applied shear.
us-ps-beam-single.zip	AASHTO LRFD 10	Pre-tensioned prestressed beam with all available analysis types expressed explicitly. Uses selected points of interest for bending and shear to expose detailed output parameters such as geometry, shear capacity and applied shear.
us-ps-beam.zip	AASHTO LRFD 10	Pre-tensioned prestressed beam full analysis.
us-mathcad-sample.zip	AASHTO LRFD 10	Steel composite beam designed for external tool integration (Mathcad). Uses all points of interest for bending to ensure moment data is available at the interpolation points needed for lateral torsional buckling quarter-point calculations, and selected points for shear. Exposes detailed output parameters such as geometry, shear capacity and applied shear.