The wildland-urban interface (WUI) has expanded rapidly across the United States over the past three decades, placing millions of residential structures at increasing risk from catastrophic wildfire events. Recent fires such as the Camp Fire (2018), Eaton Fire (2025), Palisades Fire (2025), and Tubbs Fire (2017) have demonstrated how destructive these events can be, collectively […]
Indoor swimming pools, known as natatoriums, present some of the most demanding conditions for building systems. High humidity, chemical vapors from water treatment, and condensation create a corrosive atmosphere that degrades standard fixtures. Lighting systems must deliver consistent illumination for safety while withstanding these conditions. Upgrading to modern LED lighting improves energy efficiency, reduces maintenance
Every construction professional knows the challenge of separating genuinely useful products from marketing hype. Whether you are specifying materials for a commercial project or selecting tools for your crew, the ability to evaluate construction products critically can make the difference between a project that runs smoothly and one plagued by callbacks and failures. This guide
For over a decade, the term “polished concrete” has been used as a catch-all phrase for any exposed concrete floor finish that looks glossy or reflective. But beneath that uniform label lies a wide range of systems—resin-bonded abrasives, film-forming sealers, grind-and-seal processes, densified surfaces, and high-build coatings—each producing very different performance and durability. The industry
Window selection in behavioral healthcare facilities presents a distinctive challenge for architects, specifiers, and building professionals. Unlike standard commercial glazing, windows in psychiatric and behavioral health settings must simultaneously satisfy stringent safety requirements, support therapeutic healing environments through natural daylighting, and meet rigorous energy performance standards. This article examines the critical considerations for specifying windows
Across the United States, empty office parks and underutilized corporate campuses are presenting an unexpected opportunity for school districts and private educational institutions. As remote and hybrid work models shrink demand for traditional office space, building professionals are increasingly looking at adaptive reuse as a viable path for creating modern learning environments. Converting existing commercial
Thermal bridging remains one of the most persistent challenges in building envelope design. When conductive materials bypass insulation layers, they create direct thermal paths that significantly reduce the energy performance of wall assemblies. For masonry veneer construction, the shelf angle interface at floor transitions has historically been a critical location for thermal bridging. Recent research
Building projects today are increasingly concerned with more than just safety and energy efficiency. Occupant comfort has risen to the top of the priority list, and one of the most persistent comfort complaints across all building types is noise. While HVAC systems and office equipment receive most of the acoustic attention, a quieter culprit often
Laminated veneer lumber (LVL) and glued laminated timber (glulam) are engineered wood products designed to carry substantial design loads in structural applications. Unlike solid sawn lumber, these members are manufactured with specific stress-rated laminations that make field modifications such as notching, tapering, and drilling particularly consequential. When such modifications are required and not shown on
Historic public buildings across the United States contain thousands of original steel and aluminum windows that embody the craftsmanship and architectural character of their era. Yet these same windows often fail to meet modern performance standards for thermal resistance, air infiltration, and water penetration. Building owners and design professionals face a difficult question: how do
