This course will look at the differences between construction adhesives based on their core chemical makeup. It will compare and contrast VOC regulations and restrictions for indoor air versus those for outdoor air. It will compare the most commonly referenced subfloor adhesive performance specifications, identify their similarities and differences, and point out how lab conditions can differ from “real world” field conditions. The course will finally look at podium construction and the challenges created for adhesives due to varying manufactured wood based substrates and due to VOC restrictions.
Subfloor Construction Adhesives: Solvent Based, Water Based and Reactive - Why Weather and Substrates Can Cause a Reference Standard Alone to Miss the Mark (ONLINE course)
Western Red Cedar: A Proven Material Offers Sustainable Warmth for Contemporary Architecture (Print Course)
From an upscale sports stadium, to a global chain of trendy stores, to luxury custom homes, the specification of Western Red Cedar as a statement-making feature has seen a steady increase. The reasons are many, including the warmth this proven, natural product brings to modern architecture, its recognized sustainable forestry practices, its proven performance over centuries, as well as its surprising affordability for large projects. This course explores the reasons that Western Red Cedar is increasingly a major design factor in significant architectural projects.
Building components, especially finishes, have to contend with many structural and environmental factors such as different types of loads that cause movement in the building. Special care must be taken when multiple materials come into contact with one another or where joints, edges, or corners are formed. Using new construction technology and products that absorb or resist movement will maximize the longevity of systems and finishes. This course will cover the types of loads and movement that may occur in a building, how they will affect interior finishes, and solutions for preventing damage to building components from movement.
This article will discuss construction methods and materials, as well as performance measures for post-frame buildings and their application in low-rise commercial buildings. It discusses how a combination of quality materials, expert workmanship, energy efficiency and low maintenance in a post-frame building can optimize value.
This course looks at how to create opportunities for material reuse on projects during construction of after natural disasters. The course discusses how to specify, re-certify and incorporate reclaimed materials into renovations or new construction (and how to plan for material storage and protection until needed) without negatively affecting the environmental, economic and social fabric of the existing community. The disasters in New Orleans and Greensburg, Kansas, are examined along with the types of materials that can be reused such as brick, masonry, access flooring, structural steel, reclaimed doors, carpet tile, gym flooring, light fixtures, and furniture.
Acetylation has been studied by scientists around the world for more than 90 years. This course will take a closer look at acetylated wood and the acetylation process that it goes through. This course will then explain the benefits and key characteristics of acetylated wood. We will look at the different testing done on the acetylated wood, such as durability, joints, canal lining, and termite testing. This course will then take a look at the use of acetylated wood in different case studies to show real world applications.
Post-frame buildings are highly engineered wood building systems that have expanded over the years from use in the agricultural sector to encompass many commercial, residential and institutional applications. Modern post-frame systems have a limitless range of interior and exterior appearances. In addition to functional and architectural flexibility, they also have excellent economic and performance benefits.
This course will examine post-frame building systems including their versatility, range of applications, structural features and key performance characteristics. The course will also present numerous case studies that demonstrate cost and time of construction for typical post-frame building projects.
Wood-alternative decking materials have undergone a major transformation since first introduced in the 1990s. But homeowners and even industry professionals are not always aware of these advances. This course examines the wood-alternative decking materials presently available and provides information about the evolution of decking materials, the differences among wood and various alternative decking materials, and the enhanced capability for building design and aesthetics offered by wood-alternative decking.
This course will take a closer look at and compare the various types of subfloor for various type of construction. This course will also examine the characteristics that determine a quality subfloor, while also explaining the standards for each type of product. We will also cover the basic principles of a strong subfloor in multifamily and light commercial projects to help architects understand which type of subfloors to specify.
This course is intended for architects and engineers seeking current information on mass timber, including products, research related to structural performance and life safety, and available resources. It answers common questions regarding strength, fire protection, and durability, and highlights examples of mass timber buildings in different occupancy groups to illustrate both design trends and the extent to which mass timber has captured the imagination of North American building designers.
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