Csi Bridge User Manual
Generate automated vehicle load applications based on international codes (AASHTO, Eurocode, Indian IRC, etc.).
While not a printed manual, these video guides are cross-referenced in the text for visual learners. Pro Tip: Use the "F1" Shortcut
Choose and select a standard code design truck (e.g., AASHTO HL-93 or Eurocode Load Model 1).
If you want to dive deeper into a specific part of the workflow, let me know. I can provide explicit steps on , explain how to model prestressed/post-tensioned tendons , or clarify how CSiBridge calculates moving load influence surfaces . csi bridge user manual
The most direct way to access the official manuals is from within the CSiBridge software itself. Users can navigate to the Help > Documentation > Manuals menu to open the in PDF format. This manual is a crucial resource, especially the chapter on "Moving-Load Analysis" which is often referenced in official tutorials.
Bridge structures must be evaluated against dead loads, environmental loads, and dynamic vehicle loads. Defining Lanes
Step-by-step instructions on applying AASHTO LRFD, CAN/CSA-S6, and other international codes. If you want to dive deeper into a
Avoid manually editing individual nodes or frame properties generated by a bridge object. If you change a parameter later, manual edits will be overwritten when updating the bridge object.
: Begin with a "spine" model (frame elements) to verify global behavior before moving to an "area" (shell) or "solid" model. Verify Alignments
Define design load combinations (Strength, Service, Extreme Event). Click . Users can navigate to the Help > Documentation
Ensure traffic lanes are long enough to allow vehicles to completely enter and exit the bridge deck. Otherwise, moving load analysis envelopes may under-represent true stresses.
After a successful analysis run, CSiBridge transforms raw force diagrams into compliance checks. Go to the tab. Select your design code (e.g., AASHTO LRFD 2020).
Once the analysis completes, CSiBridge transforms raw force data into actionable engineering checks. Code Optimization Go to the tab. Select your design code (e.g., AASHTO LRFD).
: Offers simultaneous 2D and 3D views to verify geometry in real-time.