: Always check the local 1-2-3 coordinate axes of frame elements to ensure load directions and output forces match your expectations.
For segmental, cable-stayed, or cast-in-place bridges, the sequence of construction changes the stress profile significantly. CSiBridge allows you to define time-dependent material properties (creep and shrinkage) and simulate adding/removing elements, tensioning tendons, and applying temporary construction loads over time. 5. Design, Code Checking, and Output
Generate comprehensive project reports utilizing custom templates directly inside the software. 6. Pro-Tips for Efficient Modeling csi bridge user manual
The software performs automatic code-based design for structural components, providing summary reports and detailed rebar information. 4. Tips for Success and Best Practices
Start with a bridge model template to speed up the initial setup. : Always check the local 1-2-3 coordinate axes
Simulate a balanced cantilever segmental bridge. Manual Steps:
Performs non-linear integration using real or synthetic earthquake accelerograms for high-hazard seismic zones. Reviewing Results and Generating Reports
CSI maintains an index of short video tutorials that match the step-by-step examples in the written manuals.
Because CSiBridge links parametric data to finite element meshes, modifying a single component can alter the entire model. Keep automatic backups enabled and save iterations before updating complex bridge objects.
Set spans by defining span lengths and assigning cross-sections.
Select your design request type (e.g., Superstructure Design or Seismic Design). Choose the design code and load combinations. Click . Reviewing Results and Generating Reports