
March 10, 2021
Composite Steel Beam Design in RISACalc
Composite steel beam design is now available in RISACalc per the AISC and CSA steel design manuals with the following supported steel codes:
If you've ever wondered what it’s like to be an industrial structural engineer, let me paint you a picture: Imagine juggling a dozen problems at once—steel frames, conveyor supports, pipe racks, tank foundations—all while trying to decipher a set of drawings that look like they were faxed from 1997. And, of course, every single solution is needed yesterday. But don’t worry! With the right tools (cough RISA and ADAPT cough), navigating this daily chaos becomes a lot more manageable. So, grab your coffee (black, obviously), and let’s walk through a typical day. 6:30 AM: Morning Coffee & Evaluating Additional Loads The first email of the day: “Can we add another 10,000 lbs of equipment to the mezzanine? What about seismic drift and vibration?” Instead of a lengthy hand calculation, you fire up RISAFloor and check gravity load distribution. Exporting to RISA-3D, you analyze modal frequencies and check if the additional weight will push the structure into an uncomfortable range for human occupancy. Seismic drift is next. A quick response spectrum analysis in RISA-3D confirms that the drift is still within acceptable limits. You send your report with confidence—no major framing changes required. 9:00 AM: Field Issue - Pipe Rack Base…
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Composite steel beam design is now available in RISACalc per the AISC and CSA steel design manuals with the following supported steel codes:
RISAFoundation has the ability to display the enveloped contour diagram results for soil pressure. The graphical display of enveloped soil pressures is advantageous because it allows users to quickly identify the degree of influence the loads and slab geometry have on the soil.
Learn how to load and design individual composite beams according to AISC and CSA design codes in RISACalc.
Oftentimes the architecture of a building does not follow a simple rectangular nor radial grid. A quick and easy way to handle these scenarios within RISAFloor is to import the building geometry or grid system as a DXF underlay.
RISAFloor supports the three fundamental types of diaphragms used in structural analysis: rigid, semi-rigid and flexible. Watch this video to learn how to consider each of these diaphragm types within the same model and same floor plan.
RISAFloor enables you to consider the loads imposed on your structure due to the drifting effects of snow. Tapered area loads in RISAFloor are ideal for modeling this surcharge load due to snow drifting since the loading is approximated by a triangle.
Learn how Raker Rhodes Engineering utilized RISA to model and analyze both the stage canopy and arch superstructure for the Riviera Stage located at Riverview Park in Des Moines, IA.
ADAPT-Builder is a powerful and easy-to-use 3D finite element software that is used across the globe in a variety of post-tensioned concrete applications. Whether designing a single slab, multi-story building or conducting an investigation of an existing slab, ADAPT-Builder delivers comprehensive...
Punching shear of two-way reinforced concrete and post-tensioned slabs is a critical design consideration. The presence of openings near a support can complicate the calculation of shear capacity at the location. ADAPT-Builder v20 now includes enhancements in how openings are treated near columns...
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