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Wall Bracing Calculator - APA – The Engineered Wood …
https://www.apawood.org/calculator
Welcome to the APA Wall Bracing Calculator. This tool is intended to simplify the design of residential structures that comply with 2009, 2012, 2015, 2018 or 2021 International Residential Code (IRC) wall bracing requirements. This calculator is intended for use by experienced designers that are familiar with wall bracing.
Simpson Strong-Tie® Wall-Bracing-Length Calculator
https://www2.strongtie.com/webapps/BracedWall/
Simpson Strong-Tie® Wall-Bracing-Length Calculator The Wall-Bracing-Length Calculator is a quick and easy tool to help calculate the required length of wall bracing per the 2009, 2012, 2015 or 2018 International Residential Code. You will need to provide the information requested in the drop-down menus that follow.
Wall Bracing Calculator | JLC Online
https://www.jlconline.com/how-to/wall-bracing-calculator
Wall Bracing Calculator APA-The Engineered Wood Association has launched a free online Wall Line Bracing Calculator that eases the burden of interpreting wall bracing requirements, and streamlines the process and bringing designers, builders and building departments onto the same page.
APA Wall Bracing Calculator - MiTek Residential Construction …
https://www.mitek-us.com/software/APA-Wall-Bracing-Calculator/
APA Wall Bracing Calculator APA – The Engineered Wood Association has developed a free on-line Wall Bracing Calculator that determines the code required amount of wall bracing in compliance with Section R602.10 of the 2009 IRC or 2012 IRC (International Residential Code).
APA Calculators - APAwood.org
https://www.apawood.org/calculate
APA's Wall Bracing Calculator covers designs of residential structures that comply with 2009, 2012, 2015 or 2018 IRC wall bracing requirements. Note: The calculator is intended for use by experienced designers who are familiar with wall bracing. GO > APA Force Transfer Around Openings Calculator
Wall-Bracing-Length Calculator: Introduction
https://www2.strongtie.com/products/strongwall/wallbracing/intro.asp
Determining the wall-bracing requirements for a structure is a complex process. In an effort to simplify it, Simpson Strong-Tie has developed a Wall-Bracing-Length Calculator —a quick and easy tool that helps calculate the required length of wall bracing in accordance with the International Residential Code.
APA’s Wall Bracing Calculator Updated to Support 2015 …
https://www.apawood.org/apa%E2%80%99s-wall-bracing-calculator-updated-to-support-2015-irc-wall-bracing-requirements
The Wall Bracing Calculator features a simple four-step process that allows builders to enter their project parameters, add wall line details from existing plans, and then follow system prompts to identify appropriate segments of each braced wall line.
Simpson Strong-Tie Wall-Bracing-Length Calculator: Tutorial
https://www2.strongtie.com/products/strongwall/wallbracing/tutorial_2012.asp
Please note that while the calculator does simplify the process of determining the required bracing, it is intended for use by an individual who has a firm understanding of the braced wall design provisions of the IRC. The tutorial that follows will guide you through each step of the calculator. Step 1 – Determine the Seismic Design Category
Wall Bracing - APA – The Engineered Wood Association
https://www.apawood.org/wall-bracing
Keep it simple with fully sheathed wood panel walls. Fully sheathing a house is an easy and effective solution because wood structural panel sheathing is the only IRC-approved way to reduce the width of bracing segments to as little as 16 inches. Why Wall Bracing? The load from gravity is easy to understand and constant on every house.
F21 E2) Wall Bracing serires - oregonbuildingofficials.com
https://www.oregonbuildingofficials.com/f21-e2--wall-bracing-serires
Input plan information into the APA Wall Bracing Calculator 3. Wall Bracing in High Seismic SDC D0 – D2 Regions (approximately 90 minutes) Provide a comprehensive look at residential code requirements in high seismic regions, including limitations and detailing requirements. • Appreciate the differences designing with the IRC versus the IBC
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