Mass Timber Focus Group’s Post

2024 IBC and Tall Mass Timber ➡ What are the Big Changes? 🤔 Now that we're officially into the year 2024, the current version of the International Building Code, published by the International Code Council, is the 2024 version which can be viewed for free here: https://lnkd.in/dfRDGBkW There are 3 very big changes in the 2024 IBC specific to tall mass timber projects: 1️⃣ The amount of timber ceilings in Type IV-B (up to 12 stories) which can be exposed has increased from 20% allowed to 100% allowed 2️⃣ The requirement to separate portions of exposed timber ceilings and walls by 15 ft horizontally has been removed (the separation requirement still exists for portions of walls and walls) 3️⃣ The requirement to place a 1" noncombustible floor topping sequentially with timber erection has been removed (the noncombustible topping still needs to be there, but it can be installed later in the construction process) (this is a change in the 2024 IFC not the IBC) Several states/jurisdictions have already adopted these new code provisions, and others will throughout the year. Check out how your state currently ranks here: https://lnkd.in/gQdbaX8Z If you're interested in learning more about these changes, how they impact the design of tall mass timber projects, and what it means for costs and the future of tall wood, check out this video: https://lnkd.in/dJS2x8qa And check out this WoodWorks article, which links to the code reason statements and reports from the full scale fire tests conducted at RISE: https://lnkd.in/e2UTRhvd #masstimber #structuralengineering #architecture #highrise #construction

Choosing the right frame material is crucial for any building project, as it impacts the building's strength, durability, and cost. This article provides a helpful comparison of three common framing options: timber, steel, and concrete. Timber: Affordable, sustainable, but vulnerable to fire and pests. Steel: Strong, durable, but more expensive and prone to rust. Concrete: Fire-resistant, durable, but heavy and expensive. Ultimately, the best framing material depends on your project's specific requirements, such as budget, location, and building type. Learn more here: https://buff.ly/49H6QSH #buildingframe #construction #buildingmaterials #architecture #engineering #timber #steel #concrete

The application of some of the advanced façade engineering materials calls for a sustained collaboration between architects, engineers, and specialized contractors, such that factors like climate, building design, and intended use are considered when selecting and implementing such materials. The teams at Aparna Craft are adept at managing these requirements right. Fiber-Reinforced Concrete (FRC) incorporates fibres (such as steel, glass, or synthetic fibres) into concrete mixtures. It enhances the structural strength, resilience, and durability of façades and is used in cladding panels and precast elements. FRC reduces cracking and increases resistance to environmental stressors, and extends the lifespan of façades, particularly in harsh environments. #aparnacraft #facades #facadedesigns #façadeengineering #craft #innovation