Andrea Leers and Tom Chung of Leers Weinzapfel Associates share insights on UMass Amherst's Design Building, the East Coast's first mass timber structure, as well as on forthcoming timber projects.
While the international community has embraced timber as a credible building material, the U.S. continues to play catch-up. However, for Boston-based Leers Weinzapfel Associates, designing and constructing projects with a timber structure has provided opportunities for creativity, collaboration, and innovation.
A new report demonstrates the fire resistance rating of glulam beam to column connections in Type IV construction. The findings support mass timber as a safe solution that meets, and in some cases exceeds, stringent fire safety standards for U.S. building design and construction.
Arup, D.R. Johnson, MyTiCon and the Softwood Lumber Board partnered to complete three full-scale fire tests for glulam beam to column connectors. The three different configurations of glulam beam to column connections were fire tested at a U.S. nonprofit, independent research and development organization with approved fire testing facility. The tests were carried out to meet ASTM E119-16a “Standard Test Methods for Fire Tests of Building Construction and Materials,” and satisfy requirements of Chapter 7 of the IBC.
Thomas Robinson, founder of LEVER Architecture, discusses the firm's Framework building, slated to be the first timber high-rise in the United States.
In this episode, ARCHITECT talks to Robinson about the challenges when construction innovation outpaces codes and the benefits of working in the firm's self-designed CLT office building, Albina Yard.
Lucas Epp of StructureCraft Builders describes the science behind one of the newest mass timber products on the market, and how it could help change the face of timber construction.
Headlines touting the newest timber high-rises have been on the rise in the past decade, as there has been renewed interest in using wood structural systems for mid- and high-rise commercial construction across Europe, Canada, and the United States. This interest in the potential applications has grown, in part, because of innovation in the world of mass timber products, which have reduced weight and increased strength, making them a more viable alternative.
Ongoing interest in high-rise timber applications and technology has led to a boom in innovative building method research, with the hope of turning design concepts into structural realities.
Benton Johnson, from the Chicago office of Skidmore, Owings & Merrill, discusses the intricate and practical steps it will to take to make timber structures a reality.
Prepare construction documents faster by leveraging available details related to light-frame wood construction.
In construction, environmental benefits and developers’ interests are often seen as conflicting. "Green" features are thought to add cost and complication. Yet, with careful review of the site and economic conditions and informed decisions about which sustainable features are to be implemented, it is possible to align both environmental and financial goals.
When designed intelligently, environmental performance and efficient construction can not only work together but actually make a project more marketable and profitable while reducing a building's carbon footprint. One of the most successful ways to achieve construction efficiency with environmental benefits is to fuse mass timber technologies with Passive House principals to create some of the most energy-efficient buildings, often achieving carbon neutral.
Advantages also include increased marketability and sale value, improved quality of life for the residents, and reduced operational costs.
Credits: 1 Learning Hour
Image: ZH Architects
American Wood Council hosts free monthly webinars for code officials, architects, structural engineers, developers and others with an interest in wood building design.
2018 NDS Changes (STD120)
Date: December 14, 2017
Time: 1:55pm-3:30pm Eastern
Credits: 1.5 Hour of Instruction Awarded
WoodWorks hosts free monthly webinars for architects, structural engineers, developers and others with an interest in wood building design. Presentations cover a variety of building types and systems and range from case study presentations to technical topics such as lateral design or connections. Follow the links below for webinar descriptions and speaker bios. Eligible attendees earn 1 AIA/CES HSW LU or PDH credit per webinar.
December 13th: Exposed Wood in Fire-Resistive Applications