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Part 1: A Design Example of a Wood Cantilever Diaphragm
Part 1 of the series will address code requirements and relative stiffness issues associated with cantilever diaphragms in wood structures. Traditionally, wood-frame diaphragms are designed as flexible, meaning that shear forces are transferred to vertical-resisting systems based on tributary ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Part 2: A Design Example of a Wood Cantilever Diaphragm
Part 2 of this series will introduce an open front diaphragm design example that will be worked through in the remaining webinars. Topics addressed will include seismic force calculation and distribution, and preliminary shear wall design taking into account nominal shear wall stiffness. The ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Part 3: A Design Example of a Wood Cantilever Diaphragm
Part 3 of this series will take an in-depth look at cantilever diaphragm design processes. Using calculation steps per ASCE 7 and the 2015 edition of the American Wood Council’s Special Design Provisions for Wind & Seismic (SDPWS), diaphragm force distribution will be used to illustrate diaphragm...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Part 4: A Design Example of a Wood Cantilever Diaphragm
This webinar will conclude the open front diaphragm design example by analyzing the degree of torsional irregularity and amplification of accidental torsion. ASCE 7 and SDPWS irregularity code triggers and design impacts will be explained, and verification of the redundancy factor will be ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Passive House Design for Mass Timber and Wood-Frame Multi-Family Projects
What is passive house design and why is it a good fit for multi-family projects? How can the use of mass timber and light wood-frame structural wall and roof framing materials influence and benefit a project’s energy performance? What are the critical building enclosure assemblies and details ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Practical Considerations for Shear Wall Connections and Details in Light-Frame Wood Structures
Light-frame wood structures typically rely on wood-sheathed shear walls as the lateral force-resisting system to withstand wind and seismic forces. While many resources exist to help engineers determine the load demand on these walls, specific connections and details are often rooted in ...
Learning Hours: 1.5
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Practical Lessons for Structural Analysis and Design of Cross-Laminated Timber
As project design teams consider using cross-laminated timber (CLT) panels as floor, roof, or wall framing, structural design questions frequently arise, especially for designers new to mass timber products. This presentation provides specific design guidance on how to address common scenarios in...
Learning Hours: 1.5
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU, PDH
Protective Design in Mass Timber Construction
Local and federal government agencies are increasingly pursuing mass timber for their building projects—inspired by the sustainability and aesthetic of these innovative wood materials, as well as their strength and dimensional stability. This presentation will provide a detailed look at the ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Setting a Precedent: Mass Timber at Michigan State University’s New STEM Facility
Michigan State University’s new 121,290-sf STEM teaching facility is breaking new ground with the first significant use of cross-laminated timber (CLT) in the state. The University and design team chose an exposed mass timber structure of CLT floors and walls supported by a glue-laminated timber ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Shrinkage and Vertical Movements in Multi-Story Wood-Frame Structures
In light-frame wood buildings of three or more stories, cumulative shrinkage can be significant and have an impact on the function and performance of finishes, openings, mechanical/electrical/plumbing (MEP) systems, and structural connections. However, as more designers look to light-frame ...
Learning Hours: 1.5
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Sound Solutions: Designing for Acoustics in Wood Structures
Noise control in buildings such as apartments, schools, and offices plays an important role in tenant satisfaction. Selecting an effective wall or floor/ceiling assembly is important—and necessary for proper design—but it’s just one of several considerations. Covering both light wood-frame and ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Structural Engineering of Wood Over Podium Structures
Wood over podium structures have become common in the United States as demand has increased for dense, mixed-use spaces and multi-unit residences. Using the maximum allowable building heights can result in structures with five stories of wood over two stories of concrete; however, there are a ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Structural Grids, Fire Resistance and MEP: Holistic Coordination in Mass Timber Design
Designing a mass timber building that is efficient—both in its use of timber fiber and application of code provisions—requires a high level of preconstruction coordination across all facets of design. Delivered by experienced structural and mechanical engineers, this presentation will address ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Tall Timber Buildings: Where Sustainability Meets Performance
Part 1 of the series will address code requirements and relative stiffness issues associated with cantilever diaphragms in wood structures. Traditionally, wood-frame diaphragms are designed as flexible, meaning that shear forces are transferred to vertical-resisting systems based on tributary ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
The Bullitt Center: Meeting the Living Building Challenge
The Bullitt Center, a six-story heavy timber building, recently competed in Seattle, is predicted to be the world’s most energy efficient commercial building. It has been designed to last 250 years and to achieve the highest benchmark of building sustainability—Living Building Challenge™ (LBC) ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
The Business Case for Mass Timber: Completing the Value Proposition
Would you like to pitch sustainable mass timber to a client? Are you wondering how mass timber might pencil in a project pro forma? If so, attend this session to learn how to complete value proposition for developers and owners. The aesthetic differentiation and biophilic benefits of mass timber ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
The Evolution of Fire Life Safety in Building Codes
Over the last 80 years, prescriptive height and area limitations have remained relatively unchanged in North American building codes while technological advances and fire service capabilities have improved considerably. Through an examination of historical code development and identification of ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
The Rise of Modular Construction in the US
The use of modular construction throughout the United States continues to intrigue developers and designers. As more project teams consider modular systems, it is essential to understand how these buildings differ from traditional construction methods. Modular units are constructed in ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
The World’s Tallest Mass Timber Tower: A Behind the Scenes Look at Ascent
What motivated the development team at New Land Enterprises to create the world’s tallest mass timber tower in downtown Milwaukee? What hurdles did the architecture, fire, and engineering teams face getting approval for this monumental building? What were the logistics of erecting a 25-story, ...
Learning Hours: 1
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU
Type III Construction for Multifamily: Best Practices and Detailing for Success
As demand for multi-family housing grows, there is pressure on building designers to increase the unit density of projects while maintaining affordability. There may also be the need to integrate seamlessly into neighborhoods comprised predominantly of low- and mid-rise buildings. Type III ...
Learning Hours: 1.5
Provider: WoodWorks
Credits: AIA LU/HSW, ICC CEU