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Forest Products Laboratory
One Gifford Pinchot Drive
Madison, WI 53726-2398
Phone: (608) 231-9200
Fax: (608) 231-9592
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Durability and Wood Protection Research

Project Title :  Performance-Based Design of Residential and Nonresidential Wood Buildings
Project Number : FPL-4723-1B
Status : TERMINATED
Start Date : 10-01-2012
End Date : 09-30-2017


View the 19 publications associated with this project.

Principal Investigator:
Carol A. Clausen

Non Technical Summary
PhotoBuilding construction and repair account for approximately one-half of all lumber and other wood products (excluding paper) consumed annually in the US, and further increases in demand for residential and non-residential building products are anticipated. Construction technologies have changed dramatically as more and more lumber for housing is sourced from plantation-grown trees and small-diameter secondary wood species. Changes in the timber resource have also dictated a shift from sawn wood and veneer products to composite and engineered wood products. While these products make more efficient use of the timber resource and can be made from smaller trees and underutilized species, the properties of new products are not the same as those of sawn wood or wood veneer products, especially in regard to their response to moisture. This research will develop the next generation of residential and non-residential structures, including retrofit technologies that are functional, durable, safe, affordable, and energy efficient.


Objectives Summary
The objective of this problem area is to develop residential and non-residential wood buildings and retrofits that minimize energy consumption using muliscalar materials science coupled with an integrated, performance-based design approach for moisture control, indoor air quality, durability, resiliency and sustainability.


Approach Summary
Computer modeling in conjunction with a systematic experimental approach will offer insight into moisture dynamics in wall assemblies, provide high quality data to validate models, and evaluate various moisture management strategies and methods of construction. Both the corrosion and the resulting decomposition of the wood significantly weaken the holding power of the metal fastener and can lead to structural failure. A better understanding of the corrosion process at the cellular level in wood will be developed in order to improve the durability of wood-fastener connections. The state-of-the-art Chamber for Analytic Research on Wall Assemblies Exposed to Simulated Weather will be used to conduct full-scale test regimes on structural design, innovative new products and connectors.

Publications associated with this Project

Publication YearTitleDate Posted
2013Chapter 10: Enclosure--Building enclosure design for cross-laminated timber construction07/03/13
2014Chapter 23: Corrosion of Metals in Wood Products09/25/14
2013Comparing the Methodologies in ASTM G198 Using Combined Hygrothermal-Corrosion Modeling09/26/14
2013Comparing the Methodologies in ASTM G198: Is There an Easy Way Out?09/19/13
2013Corrosion of Embedded Metals in Wood: An Overview of Recent Research with Implications for building moisture design01/31/14
2013Corrosion of Fasteners in Wood Treated with Newer Wood Preservatives06/27/13
2013Durability of Hardboard Lap Siding09/30/13
2013Environmental Degradation of Fiber-Reinforced Polymer Fasteners in Wood05/30/13
2013Fastener Corrosion: A Result of Moisture Problems in the Building Envelope02/24/14
2013Guide for Materials Selection and Design for Metals Used in Contact with Copper-Treated Wood09/26/13
2013Hygrothermal Anaylsis of Wood-Frame Wall Assemblies in a Mixed-Humid Climate05/30/13
2013Hygrothermal Simulation: A Tool for Building Envelope Design Analysis02/24/14
2013Investigating Wind-Driven Rain Intrusion in Walls with the CARWASh12/31/13
2014Investigation of Historic Equilibrium Moisture Content Data from the Forest Products Laboratory03/28/14
2012Modeling the Effect of Nail Corrosion on the Lateral Strength of Joints02/26/13
2013Moisture in Crawl Spaces02/24/14
2013Plant-based torsional actuator with memory08/26/13
2014The effect of moisture content on the corrosion of fasteners embedded in wood subjected to alkaline copper quaternary treatment05/01/14
2014Wood as inspiration for new stimuli-responsive structures and materials05/14/14

Project Summaries last modified: 02-27-2013