The CSiBridge user manual is not just a list of commands; it is a technical repository that merges finite element theory with bridge engineering practice. Whether you are verifying a composite steel girder against FHWA standards, scheduling the construction sequence of a segmental bridge, or performing a nonlinear pushover analysis, the documentation provides the logical path. By combining the written manuals (accessed via the menu) with the Bridge Wizard and the Watch & Learn video series, engineers can master the software's entire workflow—from initial layout line definition to final load rating.
Once initialized, you have three primary ways to begin:
Once your model is locked, you can initialize the analysis engine. CSiBridge utilizes the renowned SAPFire analysis engine for high-speed computation. Types of Analysis : For basic dead and live load responses.
: Contains tabs for specific functions like modeling, analysis, and design. Bridge Wizard : Accessible via the
Automatically calculated based on material density and geometric volume.
The official documentation provides clear, step-by-step tutorials for executing critical bridge analyses. The most commonly referenced procedures include and Staged Construction .
Users can access multiple types of guidance directly through the program interface: CSiBridge Express - Help Features
: Combine layout lines and deck sections to create the physical model. Substructure Components : Define abutments, bents, and support conditions.
Absolutely. The documentation includes specific tutorials and chapters on "Curved Bridge" modeling, detailing how to define horizontal alignments with superelevation and skew.
Setting up vehicle classes (HL-93, etc.) and influence lines to determine the most critical force envelopes.
