- Modeling bridge pier caps in IDEA StatiCa Detail
- Importing reinforcement directly from CAD (DXF)
- Load assignment
- Code-check according to AASHTO LRFD Bridge Design Specification
- Interpretation of results
WebinarConcreteReinforced concreteAASHTODetail 2DPier caps
Designing Pier Caps According To AASHTO
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Bridge pier caps are one of the most common yet challenging concrete elements in bridge design. Because they support concentrated loads from bridge girders, they experience complex stress distributions that can be difficult to evaluate using conventional design methods making it a challenge evaluating cracks, reinforcement efficiency and its structural behavior.
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In this free webinar, we demonstrated how IDEA StatiCa Detail can be used to design and verify reinforced concrete pier caps according to the AASHTO LRFD Bridge Design Specifications. Using the Compatible Stress Field Method (CSFM), you'll be able to see how forces flow through the structure, identify critical areas, and verify both strength and serviceability in a single model.
We have walk through a sample bridge use case, starting with creating the geometry and reinforcement, followed by application of loadings, analysis, code checks, and interpretation of the results. During the demo, we'll share practical tips in using the program that can help speed up your workflow and make it easier to review your design.
Whether you're new to the software or already using IDEA StatiCa for your concrete design, you'll pick up valuable techniques that you can apply to your own projects.