Concrete has been in existence for over 2,000 years and it is not only the most used manufactured material in the world, but also is one of the oldest. Concrete is critical to our societies infrastructure as it is found in our schools, hospitals, city buildings, apartments, and more.
Last year was the United States’ most costly on record for weather-related disasters. According to the National Oceanic and Atmospheric Administration (NOAA) weather-related damages in 2017 totaled a staggering $306 billion.
Moisture gets into electronics even in the best of systems – it is inevitable. To name a few, electronic equipment whether personal electronic equipment, or specialized equipment isolated in server rooms, in moisture resistant enclosures, in aircraft avionics bays, and even in sophisticated autonomous underwater vehicles (AUV). Such AUVs meticulously designed to stay dry a thousand feet underwater are susceptible to moisture related damage. Moisture finds a way into your electronics and can wreak nuisance or havoc – sometimes intermittent, sometimes catastrophic.
General Contractors and the entire construction team including project managers and owners used to have to wait at least 72 hours when conducting the Relative Humidity test to take a reading which would detect excess moisture in a concrete foundation. Today, based on updated standards the Relative Humidity test only requires a 24 hour wait, which can greatly improve project timelines.
Did you know that stucco, also known as exterior plaster, has been used for many centuries? Historians suggest that the material has been used by multiple civilizations including the Babylonians, Greeks, Egyptians, and Romans, spanning over thousands of years.
Although evolved and changing, the use of stucco today is still growing in popularity despite various problems. The following is a short comparison of historic and new practices.
Historic structures still standing today indicate that “old” stucco material was used and its construction was “done right”. Its original composition and performance appears superior compared to its modern-day counterpart.
Mold spores are everywhere in the outdoor and indoor environment as a natural part of our world and they cannot be eliminated. Certain conditions are necessary for the growth and proliferation of molds into a problem area within a building. Controlling indoor moisture and humidity levels are key to controlling indoor mold growth. Air conditioning equipment and duct systems are very common locations for the development and amplification of mold in commercial properties. Property owners and managers need to be vigilant in inspecting and maintaining these systems, to minimize the frequency and magnitude of any exposures to occupants from hidden sources of mold.
An Adhered Masonry Veneer system (AMV) is defined as “masonry veneer of natural or manufactured stone, secured to and supported by the backing through adhesion” and are sometimes called “lick and stick” systems. The more typical masonry brick veneer system has a drainage cavity behind and the veneer is supported on itself and anchored with metal ties. Exterior AMV wall components can vary, but they are similar to a stucco system with a weather resistive barrier, scratch coat with embedded wire lath, and a finish coat of adhesive mortar.
The design and installations of AMV can be challenging since relevant building codes and industry standards are not well known or understood, and the system relies heavily on workmanship and selecting the right materials. This is particularly true when choosing a manufactured stone rather than costlier natural stone, and when used in freeze-thaw climates.
Buildings were once thought of as a means of shelter and protection. While this still holds true, buildings today have evolved to do so much more based on how the building is intended to be used, who is occupying the building, where it is built, and so on.
A high school in Alaska, a National Football League stadium, a Baltimore high-rise hotel and a Dallas airport terminal are among thousands of structures world-wide covered in combustible-core panels similar to those that burned in June's deadly London fire.
Severe weather can cause extensive damage to a building’s roof, foundation, and interiors. If there is a breach in a structure's envelope, water is likely to find its way into the building. This is why it is critical to make a structure water resistant from top to bottom.