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January 24, 2017

CSA S16-14 Steel Code Changes

The new Canadian material codes have been implemented into RISA-3D V15, RISAFloor V11, and RISAFoundation V9.

CSA S16-14 Steel Concrete Code

canadiansteel

To select this code for your design, simply choose them from the Codes tab of Global Parameters:

canadiancodes

The Detail Reports will display the code that the user has selected for their design:

Picture1

New to RISAFloor and RISA-3D is the ability to set the L-Torque length for the CSA S16-14 code. In previous versions of the Canadian code, RISAFloor and RISA-3D used the full member length as the torque length when calculating torsional buckling. Now per CSA S16-14 Clause 13.3.2, we’ve added the L-Torque input for the Canadian steel code similar to how it is done in the AISC 13th/14th. The input for L-Torque length is entered in the Members spreadsheet or the double-click dialog for the member.

ltorquentry2

ltorquentry

 

The Detail Report also shows the torque length separate from the other lengths for CSA S16-14.

fyedetailreport

For the 2009 and 2014 Canadian steel code, when the section is Class 4 (slender cross-section) the program uses an effective yield stress Fye. Thus the code check on class 4 members (for CSA S16-09 and CSA S16-14), uses a yield strength that is different from the specified material Fy. A note has been added to the Detail Report indicating to the user what yield strength values were used which can be important information when trying to reproduce the output values. The Fy has only been adjusted to Fye so that the program is meeting the limiting b/t ratios per the code.

codeindetailreport


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This entry was posted by RISA News on Tuesday, January 24th, 2017 at 11:18 am and is filed under Technical Solutions. You can follow any responses to this entry through the RSS 2.0 feed. Both comments and pings are currently closed.

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