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APA and International Code Council Publish IRC Lateral …
https://www.apawood.org/apa-and-international-code-council-publish-irc-lateral-bracing-guide
A Guide to the 2018 IRC Wood Wall Bracing Provisions is available for purchase in printed soft cover for $44.00 ($35.25 for ICC members) or digital PDF form for $41.95 ($33.50 for ICC members) directly from the International Code Council. Visit www.iccsafe.org for more information. August 15, 2018 Categories: Publications Industry Media Contact
ICC, APA Team to Publish IRC Lateral Bracing Guide
https://www.iccsafe.org/building-safety-journal/press-releases/icc-apa-team-to-publish-irc-lateral-bracing-guide/
A Guide to the 2012 IRC Wood Wall Bracing Provisions is available for purchase in hardcopy for $42.00 ($33.50 for ICC Members, Product ID #7102S12) or digital PDF form for $39.95 (Product ID #8799P12) directly from the ICC. The 2009 edition of the guide is also available. Visit www.iccsafe.org for more information. About the Author
APA and ICC publish updated IRC lateral bracing guide
https://csengineermag.com/apa-and-icc-publish-updated-irc-lateral-bracing-guide/
Bracing must be applied correctly and consistently to sufficiently protect the building from lateral loads, according to the Code Council and APA. “Most of …
ICC, APA Team to Publish IRC Lateral Bracing Guide
https://www.iccsafe.org/about/periodicals-and-newsroom/icc-apa-team-to-publish-irc-lateral-bracing-guide/
A new illustrated book, co-published by the International Code Council (ICC) and APA—The Engineered Wood Association, provides an explanation of the lateral bracing provisions of the 2012 International Residential Code (IRC). The Guide to the 2012 IRC Wood Wall Bracing Provisions, the third edition in the series, details the correct application of the code-bracing …
Wall Bracing I: IRC Load Path, Lateral Forces and …
https://www.apawood.org/wall-bracing-i-irc-load-path-lateral-forces-and-limitations
Wall Bracing I: IRC Load Path, Lateral Forces and Limitations. Part one covers the horizontal forces acting on a house and how they are resisted. It also covers the code-prescribed limitations to prescriptive wall bracing. The last topic is an introduction to braced wall lines. • Horizontal forces acting on a house and how they are resisted
ICC, APA Team Publish IRC Lateral Bracing Guide
http://media.iccsafe.org/news/eNews/2012v9n19/resources.html
Bracing must be applied correctly and consistently to sufficiently protect the building from lateral loads, according to ICC and APA. "Most of the buildings in the U.S. are residential, and most of them are built to the IRC.
IRC Wall Bracing: A Guide for Builders, Designers and …
https://xpsa.com/wp-content/uploads/2020/05/Walls-How-To-Design-Guide-FSC-Bracing-Techniques.pdf
In Section 2of this guide, minimum required bracing amounts have been tabulated based on braced wall lines spaced apart by 35’ up to a maximum 50’ as permitted by the IRC. : The interior braced wall line in Figure 3is subject to the same braced wall panel locationrequirements that apply to exterior braced wall lines.
APA - IRC Allowable Design Values for OSB Wall Bracing …
https://sbcmag.info/news/2019/feb/irc-wall-bracing-testing
Additionally, the APA-BSSC report shows that IRC-compliant OSB braced wall lines with GWB attached, in accordance with the IRC (i.e. screws spaced 16:16), provides an average ultimate lateral resistance capacity of 383 plf. As can be seen in Table 2 below, OSB with GWB has an IRC allowable design value of 192 plf (383 plf divided by 2 per SDPWS ).
Lateral Braces | UpCodes
https://up.codes/s/lateral-braces
Lateral braces shall be minimum 2 × 4 lumber except as required by Section 1706.6 or 1707.4.1. For SI: 1 inch = 25.4 mm FIGURE 1707.1 (1) TRUSS GABLE END WALL WITH L-BENT STRAPS For SI: 1 inch = 25.4 mm FIGURE 1707.1 (2) CONVENTIONALLY FRAME GABLE END WALL WITH L-BENT STRAPS For SI: 1 inch = 25.4 mm FIGURE 1707.1 (3)
Lateral Bracing Design - SEAoPA| Home Page
http://www.seaopa.org/docs/SSEC2019/lateral%20bracing%20design.pdf
LATERAL FORCES -WIND WIND forces are applied directly to the exterior of the structure. Magnitude depends: (1) wind velocity, (2) building exposure, and (3) building dimensions. LATERAL FORCES –Wind Speeds Ultimate Wind Speed (mph) -Exposure B LATERAL FORCES –Special Wind Regions Ultimate Wind Speed (mph) -Exposure B (Contiguous US)
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