Understanding the historical, current and future considerations involved in structural residential design for seismic and wind resistance can help inspectors on the job. Read our new article: Structural Design Basics of Residential Construction for the Home Inspector.
Understanding fasteners and connections is one of the key skill sets for home inspectors, especially when determining the safety of attached decks and other structural elements. Read about the many types and purposes of fasteners in our new article: Structural Connection Design for the Home Inspector.
Understanding the considerations involved in building design for seismic and wind resistance can help inspectors on the job. Read our new article: Structural Design of Lateral Resistance to Wind and Earthquake for the Home Inspector.
Home inspectors can increase their knowledge about the strength and serviceability considerations that go into the design and construction of wood-frame houses in our new inspection article: Structural Design of Wood Framing for the Home Inspector.
Ladder safety is essential for home inspectors on the job, and you may be surprised to learn that there’s a safer technique than the one you’re using. Read our new article to find out about it in Inspector Safety: Three-Point Control for Climbing Ladders.
The structural design of foundations for residential structures is a precise science that takes into account soil conditions, local climate, and building materials. Home inspectors can benefit by understanding some of the factors involved in making these calculations, as well as the diverse selection of foundation types, by reading our new article: Structural Design of Foundations for the Home Inspector.
To better understand the considerations for designing homes to withstand various stresses, such as live and dead loads, snow loads, and wind loads (especially in extreme weather conditions), read our new article: Structural Design Loads for the Home Inspector.
Home inspectors who inspect wood-frame construction can familiarize themselves with the design considerations used for creating such homes, especially with regard to live and dead loads, and how this common design handles wind stresses, in our new article: Structural Design Concepts for the Home Inspector.
Although it’s common practice to use various building cavities within a house as supply- and return-air ducts, this can actually cause an HVAC system to work harder because these seemingly convenient locations are notoriously prone to leaks. Learn how this happens and what to advise your clients, especially those building new homes, in our new article: Building Cavities Used as Supply or Return Ducts.
Although inspecting household appliances falls outside InterNACHI’s Residential Standards of Practice, some state SOPs require it, and some InterNACHI members offer appliance inspection as a value-added aspect of their standard home inspections. Read about how a refrigerator operates, its different features, and how to inspect it: How to Inspect the Refrigerator.