As natural disasters continue to impact communities all around the world, it’s crucial that buildings are able to withstand unpredictable environments. Inspections will only become more relevant and constant over the next several years as communities respond to the dire consequences of lax building safety protocols.
Designing and constructing a structure involves much more than the project’s immediate needs and costs. Rising regulatory pressure and shifting market trends mean firms must pay more attention to how their choices impact long-term building performance.
Inherent in their makeup, metal roofs are sustainable, durable, and last about three times longer than other roofs. They help to trap less heat and cool a building down quicker.
Building Enclosure was joined by a handful of leading AEC industry females to speak on issues women have faced in the construction fields and how the younger generation can continue to break down barriers.
Companies have several options for decarbonizing cement. About 20 percent of the reduction will come from improved operational measures such as energy efficiency. The rest of the reductions will come from technological innovation.
Cold storage buildings are exceptional structures because they experience extremes in both internal temperature and humidity compared to typical buildings. Due to their distinctive nature, cold storage buildings require unique construction assemblies, including roof assemblies.
Whether it is designing for a residential property, a multifamily development, or commercial projects, architects and designers must consider several major factors.
With extreme storms like this becoming increasingly routine each year, it’s growing more important for building professionals in storm-prone areas to adapt their projects to consider when, rather than if, severe weather strikes.
In the fight against the impacts of climate change, evolving building codes, performance standards and building practices are being utilized to improve sustainability, resiliency and efficiency—all key components in trying to meet the goals of the Paris Accord and achieve net-zero carbon by 2050.
Building airtightness continues to grow as a design consideration or requirement in most modern building designs. However, due to the complex nature of architectural design, building components, system options, involvement of multiple trades, and the pace of modern construction, achieving airtightness in a building is often easier said than done.