Designing and building a wind-resistant home involves careful consideration of various features, including the roof type. Hip and gable roofs are two common choices, each with its own set of advantages and disadvantages. In this guide, we’ll explore the technical aspects and practical implications of selecting between these two roof types for wind resistance. Technical…
Welcome to our blog post exploring the essential aspects of International Building Code (IBC) regulations pertaining to gymnasiums and basketball courts. Understanding and adhering to these codes is crucial for ensuring the safety and structural integrity of athletic facilities. In this article, we’ll delve into the specific requirements outlined by the IBC regarding glazing, definitions…
Windows are not just portals to the outside world; they’re integral components of a home’s energy envelope. However, as windows age, their performance can deteriorate, leading to a host of issues ranging from air leaks and heat loss to moisture infiltration and compromised structural integrity. Fortunately, window rehabilitation offers a cost-effective alternative to full replacement,…
Scope In wildfire-prone areas, construct wall assemblies, including insulation, framing, and cladding, to be wildfire resilient with the following measures: Description Wall assemblies serve structural and environmental roles in a building. They separate indoor and outdoor environments concerning moisture, temperature, and weather. In wildfire-prone areas, using non-combustible or fire-resistant materials can protect against wildfires. Materials…
Scope Design and build roofs and attics to control condensation during cold weather events. Description Condensation can occur in attics during cold weather if warm moist air from the house or ducts in the attic escapes into the attic and water vapor in that warm air condenses on cold surfaces in the attic such as…
