RISASection
10 results found
August 27, 2020 | Tips & Tricks
VIDEO: Creating Custom Shapes in RISA-3D
RISA-3D together with RISASection allows engineers to create, analyze and design with custom steel and concrete shapes. Read More
August 16, 2016 | Tips & Tricks
Why Can’t I See My RISASection Shapes in the Shape Database?
When using RISA Integration between RISASection and RISA-3D, RISA-2D and/or RISAFloor, there are a few common mistakes that people make when attempting to access the RISASection files. Read More
August 7, 2015 | Tips & Tricks
How to Create a Custom Shape in RISA-3D
RISA-3D gives users the ability to create custom shapes to use for analysis and design. Read More
January 2, 2014 | Tips & Tricks
Designing Built-Up Sections using RISA-3D
Learn how to create complex shapes in RISASection and then analyze them in RISA-3D. Read More
October 15, 2012 | Tips & Tricks
Updated Torsional Shape Properties
RISASection v2 includes updated torsional shape properties for a more accurate analysis. Read More
March 1, 2012 | Tips & Tricks
How to Get a Code Check for Custom Cold Formed Steel Shapes
To get code checks, RISA-3D and RISA-2D need to know what type of shape would be most similar to yours. This is because the program needs to use the correct code equations for your shape type. Read More
December 14, 2011 | Tips & Tricks
How to Import a RISASection Shape into RISA-3D
RISASection 2.0 includes the ability to assign your section as one of the predefined hot rolled steel Shape Types (Wide Flange, Channel, Tube, etc.). Read More
September 22, 2011 | Tips & Tricks
Building Cross Sections using DXF
RISASection v2 allows users to import DXF files in order to quickly build cross sections. Read More
July 5, 2011 | Tips & Tricks
How to Model Composite Sections in RISASection
Modeling built-up or composite sections can easily be done in RISASection. Read More
June 30, 2011 |
How to Model a Void in a RISASection Shape
In order to model built-up or composite sections, RISASection includes the Property Multiplier which specifies the relative weight of the shape’s modulus of elasticity to that of the overall section. Read More